The document provides details about a science lesson on the reproductive parts of flowering, non-flowering, and cone-bearing plants. It includes illustrations and descriptions of the parts of various plants. Students observe flowers to identify reproductive structures like stamens and pistils. They also learn about the spores and life cycles of ferns and conifers. Activities include labeling diagrams of plant parts and arranging stages of life cycles. The lesson aims to teach students the different reproductive structures and processes in various types of plants.
This document outlines a lesson plan on the modes of reproduction of plants. It includes objectives, content, procedures, activities, and assessments. The objectives are for students to understand how plants reproduce and be able to illustrate plant reproductive organs. The content covers sexual and asexual reproduction in flowering and non-flowering plants. Procedures include reviewing concepts through games, demonstrations, group activities observing different plants reproducing, and discussions. Formative assessments evaluate students' abilities to describe various modes of plant reproduction. The lesson aims to teach students the key ways that different types of plants reproduce.
1) The document outlines a lesson plan for teaching 8th standard students about the parts of plants. It includes learning objectives, activities to engage students, and assessment questions.
2) The lesson introduces key terms like shoot, root, stem, leaves, flowers and fruits. It explains that the shoot is the part above ground consisting of stem, leaves, flowers and fruits, while the root is below ground.
3) Activities include identifying parts of a plant diagram, matching terms to definitions, and rearranging letters to form plant part names. The lesson aims to develop students' knowledge of both plant structures and the scientific process.
1) The document outlines a lesson plan for teaching 8th standard students about the parts of plants. It includes learning objectives, activities to engage students, and assessment questions.
2) The lesson introduces key terms like shoot, root, stem, leaves, flowers and fruits. It explains that the shoot is the part above ground, while the root is below ground.
3) Students do activities to identify the different parts of a plant and their functions. They match terms to definitions and find terms in word searches.
4) The lesson aims to develop students' knowledge of both the factual and conceptual information about plant parts.
The lesson plan is for a 3rd grade science class about the parts of a plant and their functions. The objectives are to identify the parts of a plant and appreciate their importance. The lesson will involve observing pictures of plants, doing group activities to label and identify parts based on functions, and a discussion led by the teacher using additional materials. Students will summarize what they learned about roots absorbing water and nutrients, stems transporting water and supporting the plant, leaves producing food, and fruits containing seeds. They will apply this by considering a scenario and evaluating their understanding through a matching activity.
This document contains the daily lesson log for a 6th grade science class covering the topic of reproduction in non-flowering plants. The objectives are for students to understand how spore-bearing and cone-bearing plants reproduce and be able to create a multimedia presentation on the reproductive systems. The lesson involves reviewing plant reproduction, watching a video on the life cycle of cone-bearing plants, discussing concepts like naked seeds, and having students work collaboratively in groups to complete projects on plant propagation. Formative assessment includes self-checks, explaining the cone-bearing plant life cycle, and a multiple choice quiz. The log also reflects on student performance and opportunities for improvement.
This document outlines a 5E lesson plan for teaching 2nd grade students about the parts of plants. The lesson begins by engaging students with an example plant. Students then plant seeds and observe their growth. Students learn the roles of each plant part like roots, stems, leaves and flowers. They label diagrams and take a test identifying jobs of each part. The lesson emphasizes that plants need sunlight, water and nutrients to grow from seeds into plants.
The lesson plan discusses the parts and functions of plants. It will teach students to identify the four main parts of a plant - roots, stem, leaves, and flowers. The roots absorb water and minerals, the stem provides support, leaves capture sunlight for photosynthesis, and flowers are for reproduction. Students will learn the functions of each part through discussion and an activity where they match pictures of plant parts. Their understanding will be assessed through a short quiz. As an assignment, students will label the parts of a plant they draw.
This document outlines a 6-stage process for reflection and includes an annex with details of a CLIL unit on plants. The stages are: 1) vision, 2) context, 3) unit planning, 4) preparation, 5) monitoring and evaluating, and 6) reflection and inquiry. The annex provides the goals, objectives, activities, assessments and resources for a 6-lesson unit on plants for a 2nd grade rural bilingual class. The unit aims to teach students about the characteristics, parts, types and lifecycles of plants and evaluate their learning through observation, peer assessment, and student self-assessment.
Here are the stages of the life cycle of a chicken arranged in order:
1. Hen lays eggs
2. Hen sits on eggs to keep them warm
3. Chick grows inside the egg
4. Chick hatches from the egg
5. Chick grows into an adult chicken
B. Life Cycle of a Frog
1. Frog lays eggs in water
2. Eggs hatch into tadpoles
3. Tadpoles grow legs and lungs
4. Tadpoles transform into young frogs
5. Young frogs grow into adult frogs
Frogs lay eggs in large
clusters or strings in
ponds or other bodies of
water.
The eggs hatch into
t
The document outlines a week-long unit plan for teaching students about plants. The plan includes reading books each day about plant topics like seeds, plant parts, and trees. Students will participate in hands-on activities such as sorting seeds, planting seeds to observe growth, identifying plant parts by eating them, and viewing plant art. They will draw pictures of trees at the start and end as an assessment. The goal is for students to learn what seeds need to grow, how seeds travel, and how plants grow in different ways.
The document outlines a week-long unit plan for teaching students about plants. The unit includes reading books about seeds, planting seeds and observing their growth, examining plant parts, looking at tree cookies and plant art, and going on a planting field trip. Students will identify parts of plants, what seeds need to grow, how seeds travel, and how plants grow. They will participate in discussions, sort seeds, draw pictures of trees before and after the unit, and be assessed on their learning.
The document outlines a week-long unit plan for teaching students about plants. Over the course of seven days, students will read books about seeds, plant growth, and plant parts. They will sort seeds, plant seeds to observe growth, draw pictures of trees, discuss plant art, and go on a planting field trip. The goal is for students to learn what seeds need to grow, identify plant parts, and draw a more accurate picture of a tree. Student understanding will be assessed through class discussion participation and a final tree drawing.
The document outlines a week-long unit plan for teaching students about plants. The plan includes reading books each day about plant topics like seeds, plant parts, and trees. Students will participate in hands-on activities such as sorting seeds, planting seeds to observe growth, identifying plant parts by eating them, and viewing plant art. They will draw pictures of trees at the start and end as an assessment. The goal is for students to learn what seeds need to grow, how seeds travel, and how plants grow in different ways.
This document outlines lessons from a science class about the modes of reproduction of various plants. It includes activities where students observe how different plants like sweet potatoes, onions, San Francisco plants, and ginger reproduce asexually through means like rhizomes, bulbs, stems, and runners. Students also learn about the sexual reproduction of flowering plants through processes like pollination, fertilization, seed dispersal, and seed germination. Assessments are included to evaluate student understanding of these concepts. The document discusses setting up the lesson to teach students about non-flowering plants like moss and ferns and how they reproduce without seeds.
Students will ask questions about plants and conduct an experiment by planting seeds. They will observe and record how the seeds grow into plants over several weeks. Finally, students will create a digital presentation showing their initial question, drawings of the growth process, observations, and measurements to share what they learned.
1. The document describes a learning activity where children independently arrange cut-out plant parts on a felt board to learn about plant structure.
2. The activity allows children to touch and move the parts to learn the location of each part and reinforce that the root is below ground while the stem, leaves and flowers are above ground.
3. By physically arranging the parts, children engage in constructive learning and develop small motor skills while learning the names and functions of the root, stem, leaves and flowers.
This lesson plan outlines teaching students about the parts of seeds and germination. It will motivate students with a story about a tiny seed and its growth. Students will then learn the key internal parts of seeds like the embryo, radicle, cotyledons, and seed coat. They will identify these parts in illustrations and answer questions to test their understanding. Finally, students will apply their learning by identifying seed parts in diagrams and answering short quiz questions.
This 6th grade science lesson focuses on plant reproduction systems over 10 weeks. Students will learn to define plants, identify reproductive parts of plants, and label four main flower parts. They will appreciate plants' importance. The lesson introduces key vocabulary and teaches that flowers are made of pistils, stamens, sepals and petals, which have specific reproductive functions. Students will label diagrams, communicate information, and collect flower samples to examine parts and their roles in reproduction.
The document outlines a kindergarten interdisciplinary unit on life cycles that focuses on plants, frogs, and butterflies. Students will learn about the growth stages of each organism and be able to explain the needs of living things. Formative assessments include drawing pictures of growth stages, sorting activities, and completing a KWL chart. A performance assessment requires students to plant seeds and illustrate growth stages of a plant or life cycle of a butterfly or frog.
This document contains two lesson plans for teaching critical thinking and collaborative thinking skills to grade 3 students.
The critical thinking lesson plan is on the life cycle of plants. It involves 6 levels of learning including introducing the topic, defining key terms, student activities to draw and observe plant growth, analysis questions, worksheets, and an assessment where students arrange pictures of the plant life cycle in order.
The collaborative thinking lesson plan is on food chains. It involves defining food chains, constructing a food chain using pictures in small groups, and an assessment where students build their own food chain and label the producer, consumer, and decomposer.
A third lesson plan on teaching shapes to grade 3 students using scaffolding techniques is
APM People Interest Network Conference 2025
- Autonomy, Teams and Tension
- Oliver Randall & David Bovis
- Own Your Autonomy
Oliver Randall
Consultant, Tribe365
Oliver is a career project professional since 2011 and started volunteering with APM in 2016 and has since chaired the People Interest Network and the North East Regional Network. Oliver has been consulting in culture, leadership and behaviours since 2019 and co-developed HPTM速an off the shelf high performance framework for teams and organisations and is currently working with SAS (Stellenbosch Academy for Sport) developing the culture, leadership and behaviours framework for future elite sportspeople whilst also holding down work as a project manager in the NHS at North Tees and Hartlepool Foundation Trust.
David Bovis
Consultant, Duxinaroe
A Leadership and Culture Change expert, David is the originator of BTFA and The Dux Model.
With a Masters in Applied Neuroscience from the Institute of Organisational Neuroscience, he is widely regarded as the Go-To expert in the field, recognised as an inspiring keynote speaker and change strategist.
He has an industrial engineering background, majoring in TPS / Lean. David worked his way up from his apprenticeship to earn his seat at the C-suite table. His career spans several industries, including Automotive, Aerospace, Defence, Space, Heavy Industries and Elec-Mech / polymer contract manufacture.
Published in Londons Evening Standard quarterly business supplement, James Caans Your business Magazine, Quality World, the Lean Management Journal and Cambridge Universities PMA, he works as comfortably with leaders from FTSE and Fortune 100 companies as he does owner-managers in SMEs. He is passionate about helping leaders understand the neurological root cause of a high-performance culture and sustainable change, in business.
Session | Own Your Autonomy The Importance of Autonomy in Project Management
#OwnYourAutonomy is aiming to be a global APM initiative to position everyone to take a more conscious role in their decision making process leading to increased outcomes for everyone and contribute to a world in which all projects succeed.
We want everyone to join the journey.
#OwnYourAutonomy is the culmination of 3 years of collaborative exploration within the Leadership Focus Group which is part of the APM People Interest Network. The work has been pulled together using the 5 HPTM速 Systems and the BTFA neuroscience leadership programme.
https://www.linkedin.com/showcase/apm-people-network/about/
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The lesson plan is for a 3rd grade science class about the parts of a plant and their functions. The objectives are to identify the parts of a plant and appreciate their importance. The lesson will involve observing pictures of plants, doing group activities to label and identify parts based on functions, and a discussion led by the teacher using additional materials. Students will summarize what they learned about roots absorbing water and nutrients, stems transporting water and supporting the plant, leaves producing food, and fruits containing seeds. They will apply this by considering a scenario and evaluating their understanding through a matching activity.
This document contains the daily lesson log for a 6th grade science class covering the topic of reproduction in non-flowering plants. The objectives are for students to understand how spore-bearing and cone-bearing plants reproduce and be able to create a multimedia presentation on the reproductive systems. The lesson involves reviewing plant reproduction, watching a video on the life cycle of cone-bearing plants, discussing concepts like naked seeds, and having students work collaboratively in groups to complete projects on plant propagation. Formative assessment includes self-checks, explaining the cone-bearing plant life cycle, and a multiple choice quiz. The log also reflects on student performance and opportunities for improvement.
This document outlines a 5E lesson plan for teaching 2nd grade students about the parts of plants. The lesson begins by engaging students with an example plant. Students then plant seeds and observe their growth. Students learn the roles of each plant part like roots, stems, leaves and flowers. They label diagrams and take a test identifying jobs of each part. The lesson emphasizes that plants need sunlight, water and nutrients to grow from seeds into plants.
The lesson plan discusses the parts and functions of plants. It will teach students to identify the four main parts of a plant - roots, stem, leaves, and flowers. The roots absorb water and minerals, the stem provides support, leaves capture sunlight for photosynthesis, and flowers are for reproduction. Students will learn the functions of each part through discussion and an activity where they match pictures of plant parts. Their understanding will be assessed through a short quiz. As an assignment, students will label the parts of a plant they draw.
This document outlines a 6-stage process for reflection and includes an annex with details of a CLIL unit on plants. The stages are: 1) vision, 2) context, 3) unit planning, 4) preparation, 5) monitoring and evaluating, and 6) reflection and inquiry. The annex provides the goals, objectives, activities, assessments and resources for a 6-lesson unit on plants for a 2nd grade rural bilingual class. The unit aims to teach students about the characteristics, parts, types and lifecycles of plants and evaluate their learning through observation, peer assessment, and student self-assessment.
Here are the stages of the life cycle of a chicken arranged in order:
1. Hen lays eggs
2. Hen sits on eggs to keep them warm
3. Chick grows inside the egg
4. Chick hatches from the egg
5. Chick grows into an adult chicken
B. Life Cycle of a Frog
1. Frog lays eggs in water
2. Eggs hatch into tadpoles
3. Tadpoles grow legs and lungs
4. Tadpoles transform into young frogs
5. Young frogs grow into adult frogs
Frogs lay eggs in large
clusters or strings in
ponds or other bodies of
water.
The eggs hatch into
t
The document outlines a week-long unit plan for teaching students about plants. The plan includes reading books each day about plant topics like seeds, plant parts, and trees. Students will participate in hands-on activities such as sorting seeds, planting seeds to observe growth, identifying plant parts by eating them, and viewing plant art. They will draw pictures of trees at the start and end as an assessment. The goal is for students to learn what seeds need to grow, how seeds travel, and how plants grow in different ways.
The document outlines a week-long unit plan for teaching students about plants. The unit includes reading books about seeds, planting seeds and observing their growth, examining plant parts, looking at tree cookies and plant art, and going on a planting field trip. Students will identify parts of plants, what seeds need to grow, how seeds travel, and how plants grow. They will participate in discussions, sort seeds, draw pictures of trees before and after the unit, and be assessed on their learning.
The document outlines a week-long unit plan for teaching students about plants. Over the course of seven days, students will read books about seeds, plant growth, and plant parts. They will sort seeds, plant seeds to observe growth, draw pictures of trees, discuss plant art, and go on a planting field trip. The goal is for students to learn what seeds need to grow, identify plant parts, and draw a more accurate picture of a tree. Student understanding will be assessed through class discussion participation and a final tree drawing.
The document outlines a week-long unit plan for teaching students about plants. The plan includes reading books each day about plant topics like seeds, plant parts, and trees. Students will participate in hands-on activities such as sorting seeds, planting seeds to observe growth, identifying plant parts by eating them, and viewing plant art. They will draw pictures of trees at the start and end as an assessment. The goal is for students to learn what seeds need to grow, how seeds travel, and how plants grow in different ways.
This document outlines lessons from a science class about the modes of reproduction of various plants. It includes activities where students observe how different plants like sweet potatoes, onions, San Francisco plants, and ginger reproduce asexually through means like rhizomes, bulbs, stems, and runners. Students also learn about the sexual reproduction of flowering plants through processes like pollination, fertilization, seed dispersal, and seed germination. Assessments are included to evaluate student understanding of these concepts. The document discusses setting up the lesson to teach students about non-flowering plants like moss and ferns and how they reproduce without seeds.
Students will ask questions about plants and conduct an experiment by planting seeds. They will observe and record how the seeds grow into plants over several weeks. Finally, students will create a digital presentation showing their initial question, drawings of the growth process, observations, and measurements to share what they learned.
1. The document describes a learning activity where children independently arrange cut-out plant parts on a felt board to learn about plant structure.
2. The activity allows children to touch and move the parts to learn the location of each part and reinforce that the root is below ground while the stem, leaves and flowers are above ground.
3. By physically arranging the parts, children engage in constructive learning and develop small motor skills while learning the names and functions of the root, stem, leaves and flowers.
This lesson plan outlines teaching students about the parts of seeds and germination. It will motivate students with a story about a tiny seed and its growth. Students will then learn the key internal parts of seeds like the embryo, radicle, cotyledons, and seed coat. They will identify these parts in illustrations and answer questions to test their understanding. Finally, students will apply their learning by identifying seed parts in diagrams and answering short quiz questions.
This 6th grade science lesson focuses on plant reproduction systems over 10 weeks. Students will learn to define plants, identify reproductive parts of plants, and label four main flower parts. They will appreciate plants' importance. The lesson introduces key vocabulary and teaches that flowers are made of pistils, stamens, sepals and petals, which have specific reproductive functions. Students will label diagrams, communicate information, and collect flower samples to examine parts and their roles in reproduction.
The document outlines a kindergarten interdisciplinary unit on life cycles that focuses on plants, frogs, and butterflies. Students will learn about the growth stages of each organism and be able to explain the needs of living things. Formative assessments include drawing pictures of growth stages, sorting activities, and completing a KWL chart. A performance assessment requires students to plant seeds and illustrate growth stages of a plant or life cycle of a butterfly or frog.
This document contains two lesson plans for teaching critical thinking and collaborative thinking skills to grade 3 students.
The critical thinking lesson plan is on the life cycle of plants. It involves 6 levels of learning including introducing the topic, defining key terms, student activities to draw and observe plant growth, analysis questions, worksheets, and an assessment where students arrange pictures of the plant life cycle in order.
The collaborative thinking lesson plan is on food chains. It involves defining food chains, constructing a food chain using pictures in small groups, and an assessment where students build their own food chain and label the producer, consumer, and decomposer.
A third lesson plan on teaching shapes to grade 3 students using scaffolding techniques is
APM People Interest Network Conference 2025
- Autonomy, Teams and Tension
- Oliver Randall & David Bovis
- Own Your Autonomy
Oliver Randall
Consultant, Tribe365
Oliver is a career project professional since 2011 and started volunteering with APM in 2016 and has since chaired the People Interest Network and the North East Regional Network. Oliver has been consulting in culture, leadership and behaviours since 2019 and co-developed HPTM速an off the shelf high performance framework for teams and organisations and is currently working with SAS (Stellenbosch Academy for Sport) developing the culture, leadership and behaviours framework for future elite sportspeople whilst also holding down work as a project manager in the NHS at North Tees and Hartlepool Foundation Trust.
David Bovis
Consultant, Duxinaroe
A Leadership and Culture Change expert, David is the originator of BTFA and The Dux Model.
With a Masters in Applied Neuroscience from the Institute of Organisational Neuroscience, he is widely regarded as the Go-To expert in the field, recognised as an inspiring keynote speaker and change strategist.
He has an industrial engineering background, majoring in TPS / Lean. David worked his way up from his apprenticeship to earn his seat at the C-suite table. His career spans several industries, including Automotive, Aerospace, Defence, Space, Heavy Industries and Elec-Mech / polymer contract manufacture.
Published in Londons Evening Standard quarterly business supplement, James Caans Your business Magazine, Quality World, the Lean Management Journal and Cambridge Universities PMA, he works as comfortably with leaders from FTSE and Fortune 100 companies as he does owner-managers in SMEs. He is passionate about helping leaders understand the neurological root cause of a high-performance culture and sustainable change, in business.
Session | Own Your Autonomy The Importance of Autonomy in Project Management
#OwnYourAutonomy is aiming to be a global APM initiative to position everyone to take a more conscious role in their decision making process leading to increased outcomes for everyone and contribute to a world in which all projects succeed.
We want everyone to join the journey.
#OwnYourAutonomy is the culmination of 3 years of collaborative exploration within the Leadership Focus Group which is part of the APM People Interest Network. The work has been pulled together using the 5 HPTM速 Systems and the BTFA neuroscience leadership programme.
https://www.linkedin.com/showcase/apm-people-network/about/
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1. GRADES 1 to 12
DAILY LESSON LOG
School: DepEdClub.com Grade Level: V
Teacher: File Created by Maam EDNALYN D. MACARAIG Learning Area: SCIENCE
Teaching Dates and Time: NOVEMBER 4 - 8, 2024 (WEEK 6) Quarter: 2ND
QUARTER
MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY
I.OBJECTIVES
A.Content Standards The learners demonstrate understanding on how plants reproduce
B.Performance Standards The learners should be able to illustrate the reproductive parts of a flowering plants
C.Learning Competencies/Objectives Identify the reproductive parts in a
flowering plants
S5LT-IIf-6
Describe the function of the
reproductive parts of a flowering
plants.
S5LT-IIf-6
Identify the reproductive parts of a
spore bearing plants.
Describe the life cycle of a fern
S5LT-IIf-6
Identify the reproductive parts of cone-
bearing plants.
Describe the life cycle of conifer.
S5LT-IIf-6
Illustrate the reproductive parts
in flowering and non-flowering
plants
S5LT-IIf-6
II.CONTENT Reproductive Parts in Flowering
Plants
Reproductive Parts of the Flowering
Plants
Reproductive Parts in Spore bearing
Plants
Reproductive Parts in Cone-bearing
Plants
Different Parts of Reproductive
Parts
III.LEARNING RESOURCES
A.References
1.Teachers Guide pages CG p. CG p. CG p. CG p. CG p.
2.Learnerss Materials pages
3.Textbook pages Science and Health IV p. Science and Health IV p. Science Centrum p. Science Centrum p. Science IV p.
4.Additional materials from learning
resource (LR) portal
LRMDS Project EASE Biology
pp.11-14
http;/leavingbio.net/
thestructureandfunctionsofflowers
LRMDS Project EASE Biology pp.11-
14
http;/leavingbio.net/
thestructureandfunctionsofflowers
http://www.youtube.com/watch?
V=7G9Jozhr
http://www.youtube.com/watch?
V=7G9Jozhr
B.Other Learning Resource powerpoint presentation, pictures,
charts, real flower, razor blade,
magnifying glass
Video clippings, pictures, charts,
activity cards
Video clippings, pictures, charts,
activity, cards,real plants
Video clippings, pictures, charts, activity,
cards
pictures, illustration of flowering
and non-flowering plants, pencil
crayon, bond paper and other
art materials
IV.PROCEDURES
A.Reviewing previous lesson or
presenting the new lesson
Through power point
presentation:
Look at these vertebrates and find
out how they reproduce .Write A
on the blank if the baby animal is
born alive and write E if it is
hatched from eggs
_________1. horse
_________2. pigeon
_________3. frog
_________4. crocodile
_________5. carabao
Game:
Group the class into four.
Give the activity sheet with picture of
flowers. Write the name of the parts
of the flower on the space provided
for. The first group to finish will be
the winner.
Game: Passing the Box
Pupils will pass the box as they sing
Bubuka ang Bulaklak.
when the music stops the one who is
holding the box will get a
cartolina strip reads and answers what
is described there
Give the correct answer
1. _________ Small brown dots or
patches
found undersides of fern leaves
2. _______ reproductive structures
3. ________ Leaves grow from rhizomes
4. _________Plants with feather-like
leaves
5. ________ heart-shaped plants formed
from spores germination
Group Activity
Pupils will be grouped into
three. Each group will be given
pictures of flowering and non-
flowering plants. They are going
to
label the different reproduction
parts
Group 1- label the reproductive
parts of a gumamela flower
Group 2. Label the parts of Life
Cycle of fern
Group 3. Label the parts of Life
cycle of Conifer
B.Establishing a purpose for the
lesson
In your grade 4 Science you have
learned the different kinds of
plants.
Complete flowers are made up of the
same basic parts. What do you know
about the basic parts of a flower?
Many plants have flowers that help
them to make seeds in order to
reproduce. However, some plants do
(Show a picture of a pine tree)
What comes out on your mind when you
see this tree?
Look closely at the details of
different pictures/illustrations of
flowering and non-flowering
2. Now we will study more about
plants. Look at the flower you
brought.
What is the most attractive part
that you see? What do you call
this part? Well, generally speaking
these are petals that are most
attractive of all floral parts,
purposely to attract insects. The
flower is
the reproductive organ of a plant
that produces the egg and sperm.
Let us now examine the floral part
and find out the different
reproductive organs of the flower
What do you want to know more
about them?
Fill up the KWL chart
not use flowers to reproduce. These
plants are called non-flowering plants.
What do you think is their
reproductive part? Lets find out
Can you see any flowers in the tree?
This is another example of non-flowering
plant.
It has no spores also. Can you imagine
how this plant reproduces?
What are the reproductive parts /organs
of this kind of plant? We will find out
from the video that we are going to
watch today
Original File Submitted and
Formatted by DepEd Club Member -
visit depedclub.com for more
plants. Can you draw it?
C.Presenting Examples/ instances of
the new lesson
A. Grouping of the pupils
B. Setting the norms/standards of
the activity
C. Activity Proper
Its Blooming to Make More !
I. Problem: What are the parts of
the reproductive organs of
the flower
II. Materials: gumamela flower,
magnifying glass, cutter or blade
III. Procedures:
1. Bring out the materials assigned
to you.
2. Observe the gumamela flower
carefully. Identify the
external parts. Gently pull out the
petals to expose the
male and female parts of the
flower.
3. Locate the female and male
parts of the flower.
4. Observe the stamen that
consists of the filament and the
anther. Use a magnifying glass to
look for pollen grains.
5. Observe the pistil that consists
of the stigma, the style,
and the ovary.
6.Look closely at the ovary located
at the base of the
A. Grouping of the pupils
B. Setting the standards of the
activity
C. Activity Proper
How it Works
I. Problem: What are the functions of
the different parts of a
flower?
II. Materials: illustration of the flower
parts
III. Procedures:
1. Examine the illustration of the
parts of the flower
.
B. Using the illustration, fill up the
table with the necessary data.
Describe the functions of the
reproductive parts of the flower.
Guided Questions:
1. Which are the reproductive parts
of the flower?
2. Where are the pollen grains
found?
3. What is the function of pollen
grains?
5. Which part of the flower becomes
seed?
6. Which part receives the pollen
during fertilization?
7. What holds the anther?
A. Grouping of the pupils
B. Setting the norms/standards of the
activity
Teacher leads discussion about
appropriate behaviors and
safety precautions
a. Personal safety
b. Safety of others
c. Care and respect for the
environment.
C. Activity Proper
A Trip to the Garden
I. Problem: What is the reproductive
part of spore-bearing
plants?
II. Materials: live fern plant, pen and
paper
III. Procedures:
1. Bring pupils to the school garden.
2. Instruct them to go in pairs.
3. Look for a non-flowering plant like
fern.
4. Observe the appearance and body
parts. Examine
closely the leaves of the plants. Note
down the
structures observed from the plants.
(They can even
bring camera with them and take
photos of the plants.)
5. Teacher can introduce the word
spores and further
explain about it. Life cycle of the fern
1. Set the objectives in the watching the
video.
* Pupils will discover the reproductive
parts of cone- bearing plants
And the life cycle of conifer.
https://www.youtube.com/watch?
v=2gWEgrMwMe0
2. Setting the norms/standards of the
activity
(Standards when viewing )
3. Pupils will be divided into small groups
(4 or 5) to answer the guide
questions ( COLLABORATIVE WORK )
Guide questions:
1. What non-flowering plant did you see
in the video?______
2. How is this plant called? _______
3. What are conifers?___________
4. Where can female cone be found?
______
5. Where can male cone be found?
______
6. What are the stages in the life cycle of
conifer? ____________
A. Setting the standards of the
activity
(Illustration will be done
individually, but the leader will
pick
among the three pictures which
diagram to be drawn )
Remind the pupils of the
cleanliness while doing their
work.
B. Activity Proper
3. pistil. With a blade or knife, cut the
ovary horizontally.
Observe what are found inside it.
IV. Use the illustration as your
guide in answering the following
Questions
1.What are the external parts of
the flower?___________
2.What flower part is labeled B?
____________________.
3.What flower part is labeled C?
___________________
4.Which are the reproductive parts
of the flower? ______
can also be
tackled during the field observation.
6. Throughout the field observation,
observe and give
specific feedback relevant to what the
pupils are
expected to do.
7. When the pupils are finished tell
them to leave the
area without picking any specie or live
plants.
Guide questions:
1. What non- flowering plants did you
observe in the
garden?______
2. What structure did you see in ferns?
____________
3. Where did you find them?
____________________
4. How will you describe spores?
________________
5. Why is life cycle of ferns different
from most of the
plants?______
D.Discussing new concepts and
practicing new skills #1
A. Group reporting and
presentation of outputs.
B. Analysis and Discussion.
a. What are the parts of the
flower?
b. What are the female
reproductive parts?
c. What are the male reproductive
parts
A. Group reporting and presentation
of outputs.
B. Analysis and Discussion.
a. What are the reproductive parts of
the flower?
b. What is the role of each
reproductive part?
A. Group reporting and presentation
of output.
B. Analysis and Discussion
a. What is the reproductive part of a
spore- bearing plant?
b. How does it look like?
c. What happens during the life cycle
of fern? Explain briefly.
A. Group reporting and presentation of
outputs.
B. Analysis and Discussion.
a. What are the reproductive parts of a
pine tree?
b. What happen during the pollination
process?
c. What happen during the fertilization
process?
(More questions to be asked by the
teacher for further
clarification of the lesson. Diagram of
conifer life cycle can also
be used)
A. Presentation of output.
B. Analysis and Discussion
What can you say about the
activity?
How did you feel while doing
this?
E.Discussing new concepts and
practicing new skills #2
What is the most important role of
the flower to the plant?
Explainyour answer.
Presenting video clip about the
functions of the reproductive
parts of flowering plants
http://www.youtube.com/watch?
V=7G9Jozhr
Based from the video youve
watched, what is the function of
the filament? anther? stigma? style?
ovary? (follow up questions by
Look at the diagram, how will you
describe the ferns life cycle
Why are spores important to ferns?
Life Cycle of Conifer.
Pupils will be given metacards in which
different stages of life cycle of conifers
( pine tree) are written . Paste them to
the corresponding part when they
happen
What can you say about your
drawing?
Did you illustrate all the details
needed to make your drawing a
realistic one?
4. teacher)
F.Developing Mastery (Female and male reproductive
organs of a flower)
Written on the metacards are the
different reproductive parts of the
flower. Paste the word according
to where it is belong.
Think Pair Share (Look for your
partner)
Pupils will be group into two. They
will be given two sets of
metacards.
Group A will hold the cards with
parts of the plants written on it
while Group B will hold the cards
with functions written on it. When
the
teacher say GO look for your
partner.
Unscramble the words to identify the
word/term describe
__________1. Reproductive cell of
fern ( SEPSOR)
__________2. A female sex organ of a
fern (MUINOGEHCRA)
__________3. Leaves grow from
rhizomes ( RODNF )
__________4. Plants with feather-like
leaves. ( ERNF)
__________5. Small brown dots or
patches found undersides of
fern leaves ( IROS)
Arrange the life cycle of conifer (Pine
tree) according to the stages. Paste the
strips on the board
How would you evaluate your
finished work?
G.Finding Parctical application of
concepts and skills in daily living
Read the situation below then
answer the question that follow.
You saw a group of boys and girls
picking flowers in the park. They
made fun of these by removing the
petals one by one. What would
you tell them?
Why are flowers important to
plants?
How important are flowers to plants?
to human? Explain briefly
your answer
Nina took a walk in the garden and
saw a small plant with feather-like
arrangements of leaves. She was
amazed upon looking at the
undersides of the leaves and
immediately gathered the blackish
brown spots found in it. Did Nina show
the right behavior? Why?
How can dried mature cones of pine tree
be useful to us?
If you will be given a chance to
illustrate using a real plant
as your model what will you
draw? Why?
H.Making generalization and
abstraction about the lesson
Guide the pupils in constructing
the main idea or concept of the
lesson
What are the necessary parts of
the flower?
What are the reproductive parts of
the flower?
Fill up the KWL chart for the concept
that pupils learned.
Now I learned
that___________________________
____
Now I learned that
_______________________________
_____
Spore bearing plants have slightly
different life cycles
from most plants. They produce
spores from one parent plant.
The spores fertilized themselves and
develop into plants
identical to their parents.
Stages of Fern Life Cycle
1. Frond Stage-formation of leaves
that grow from
rhizomes called fronds
2. Sorus Stage-development of small
brown dots or
patches called sori
3. Sporangium Stage-Mature
sporangium shrinks, breaks
and release the spores in air. When
fall in moist
place, germinate and develop a
vegetative cell
Lead the class to generalize,
Now I learned that
______________________
Plants that bear seeds within a cone are
called conifers.
Conifers are woody trees with needle-
like leaves that reduce
water loss during dry or cold climates.
They develop many
cones and one tree can produce both
male and female cones.
Male cones produce the pollen grains
with sperm cells while
female cones contain the ovule with two
to three egg cells.
(Refer to leading mastery for the Life
Cycle of Conifer)
What should be remembered
when you have to illustrate or
draw
something? Should you submit
your work on time?
5. 4. Prothallus stage- continued cell
divisions results in the
formation of a heart-shaped
prothallus
5. Archegonium and Antheridium
Stage- development
of the female sex organ called
archegonium and
male sex organ antheridium
6. Fertilization Stage- Sperm and egg
mature ;
antheridium breaks causing the sperm
to swim in
water archegonia opens and sperms
enter. One
sperm fertilizes each egg that result
the formation of
zygotes.
7. Embryo Fern Stage- zygote
undergoes cell division
afterfertilization. The development
produces the
embryo fern which consists of a foot
anchored in the
tissue of the prothalllus: a root and a
leaf
I.Evaluating learning Direction: Write the reproductive
parts of the flower corresponding
to
the indicated number.
Directions: What part of the flower
has the following function or use?.
Write your answer on the space
provided for. Choose
your answer from the word bank that
follows.
_____1. Holds the anther
_____2. Catches the pollen grains
dropped by the insects
_____3. Connects the stigma to the
ovary.
_____4. Contains the ovules
_____5. Produces pollen grains
ovary
stigma
anther
pollen grains
style
Read the sentences carefully. Write
TRUE if the
statement is correct and FALSE if it is
not.
1. Spores are the reproductive cells of
all non- flowering plants.
2. Spore-bearing plants have slightly
different life cycles from most of the
plants.
3. Spores are produced in structures
called sori.
4. In a spore bearing plants, both
parents contribute to the formation of
spores.
5. Ferns reproduce by means of
producing spores the blackish brown
spots underside of the leaves.
Supply the missing words to complete
the sentences.
Plants that bear seeds within a cone are
called ____1.
Conifers are woody trees with
_____2_______ leaves. They
develop many __3___ and one tree can
produce both ____4
and female cones. Male cones produce
the ___5______ with
sperm cells while female cones contain
the __6___ with two to
three egg cells
Use Rubrics in scoring the
finished illustration
Score Description
4 The illustration
manifests an outstanding
characteristics as to creativity,
color blending, concept
understanding and
completeness of details
3 The illustration
manifests very satisfactory
characteristics as to creativity,
color blending, concept
understanding and
completeness of details
6. filament 2 The illustration
manifests satisfactory
characteristics as to creativity,
color blending, concept
understanding and
completeness of details
1 The illustration
manifests poor characteristics as
to creativity, color blending,
concept understanding and
completeness of details
J.additional activities for application
or remediation
What are the reproductive organs
of the flower? Complete the
organizer below
Direction: Read the sentences
carefully. Choose the letter of the
best
answer
1. What is the male reproductive part
of the flower?
A. sepal C. pistil
B. petal D. stamen
2. What is the female reproductive
part of the flower?
A. stamen C. petal
B. sepal D. pistil
3. Which of the following is not found
in the pistil?
A. filament C. ovary
B. style D. stigma
4. Which part holds and catches the
pollen grains?
A. anther C. ovary
B. stigma D. style
5. What part of the flower connects
the stigma and the
ovary?
A. filament C. pistil
B. stamen D.style
1. Aside from ferns what other plants
are spore-bearing?
2. Read other books or search through
an internet. Write your
answer in your Science Journal
1. Aside from pine tree what other plants
are spore-bearing?
2. Read other books or search through
an internet. Write your answer
in your Science Journal
Draw your favorite flower in
your notebook. Label the parts
V.REMARKS
VI.REFLECTION
A.No. of learners who earned 80% in
the evaluation
___Lesson carried. Move on to the
next objective.
___Lesson not carried.
_____% of the pupils got 80%
mastery
___Lesson carried. Move on to the
next objective.
___Lesson not carried.
_____% of the pupils got 80%
mastery
___Lesson carried. Move on to the
next objective.
___Lesson not carried.
_____% of the pupils got 80% mastery
___Lesson carried. Move on to the next
objective.
___Lesson not carried.
_____% of the pupils got 80% mastery
___Lesson carried. Move on to
the next objective.
___Lesson not carried.
_____% of the pupils got 80%
mastery
B.No.of learners who require
additional activities for remediation
___Pupils did not find difficulties in
answering their lesson.
___Pupils found difficulties in
answering their lesson.
___Pupils did not find difficulties in
answering their lesson.
___Pupils found difficulties in
answering their lesson.
___Pupils did not find difficulties in
answering their lesson.
___Pupils found difficulties in
answering their lesson.
___Pupils did not find difficulties in
answering their lesson.
___Pupils found difficulties in answering
their lesson.
___Pupils did not find difficulties
in answering their lesson.
___Pupils found difficulties in
answering their lesson.
7. ___Pupils did not enjoy the lesson
because of lack of knowledge,
skills and interest about the
lesson.
___Pupils were interested on the
lesson, despite of some difficulties
encountered in answering the
questions asked by the teacher.
___Pupils mastered the lesson
despite of limited resources used
by the teacher.
___Majority of the pupils finished
their work on time.
___Some pupils did not finish their
work on time due to unnecessary
behavior.
___Pupils did not enjoy the lesson
because of lack of knowledge, skills
and interest about the lesson.
___Pupils were interested on the
lesson, despite of some difficulties
encountered in answering the
questions asked by the teacher.
___Pupils mastered the lesson
despite of limited resources used by
the teacher.
___Majority of the pupils finished
their work on time.
___Some pupils did not finish their
work on time due to unnecessary
behavior.
___Pupils did not enjoy the lesson
because of lack of knowledge, skills
and interest about the lesson.
___Pupils were interested on the
lesson, despite of some difficulties
encountered in answering the
questions asked by the teacher.
___Pupils mastered the lesson despite
of limited resources used by the
teacher.
___Majority of the pupils finished
their work on time.
___Some pupils did not finish their
work on time due to unnecessary
behavior.
___Pupils did not enjoy the lesson
because of lack of knowledge, skills and
interest about the lesson.
___Pupils were interested on the
lesson, despite of some difficulties
encountered in answering the questions
asked by the teacher.
___Pupils mastered the lesson despite of
limited resources used by the teacher.
___Majority of the pupils finished their
work on time.
___Some pupils did not finish their work
on time due to unnecessary behavior.
___Pupils did not enjoy the
lesson because of lack of
knowledge, skills and interest
about the lesson.
___Pupils were interested on
the lesson, despite of some
difficulties encountered in
answering the questions asked
by the teacher.
___Pupils mastered the lesson
despite of limited resources
used by the teacher.
___Majority of the pupils
finished their work on time.
___Some pupils did not finish
their work on time due to
unnecessary behavior.
C.Did the remedial work? No.of
learners who have caught up with
the lesson
___ of Learners who earned 80%
above
___ of Learners who earned 80%
above
___ of Learners who earned 80%
above
___ of Learners who earned 80% above ___ of Learners who earned
80% above
D.No. of learners who continue to
require remediation
___ of Learners who require
additional activities for
remediation
___ of Learners who require
additional activities for remediation
___ of Learners who require additional
activities for remediation
___ of Learners who require additional
activities for remediation
___ of Learners who require
additional activities for
remediation
E.Which of my teaching strategies
worked well? Why did these work?
___Yes ___No
____ of Learners who caught up
the lesson
___Yes ___No
____ of Learners who caught up the
lesson
___Yes ___No
____ of Learners who caught up the
lesson
___Yes ___No
____ of Learners who caught up the
lesson
___Yes ___No
____ of Learners who caught up
the lesson
F.What difficulties did I encounter
which my principal or supervisor can
helpme solve?
___ of Learners who continue to
require remediation
___ of Learners who continue to
require remediation
___ of Learners who continue to
require remediation
___ of Learners who continue to require
remediation
___ of Learners who continue
to require remediation
G.What innovation or localized
materials did used/discover which I
wish to share with other teachers?
Strategies used that work well:
___Metacognitive Development:
Examples: Self assessments, note
taking and studying techniques,
and vocabulary assignments.
___Bridging: Examples: Think-pair-
share, quick-writes, and
anticipatory charts.
___Schema-Building: Examples:
Compare and contrast, jigsaw
learning, peer teaching, and
projects.
___Contextualization:
Strategies used that work well:
___Metacognitive Development:
Examples: Self assessments, note
taking and studying techniques, and
vocabulary assignments.
___Bridging: Examples: Think-pair-
share, quick-writes, and anticipatory
charts.
___Schema-Building: Examples:
Compare and contrast, jigsaw
learning, peer teaching, and projects.
___Contextualization:
Examples: Demonstrations, media,
Strategies used that work well:
___Metacognitive Development:
Examples: Self assessments, note
taking and studying techniques, and
vocabulary assignments.
___Bridging: Examples: Think-pair-
share, quick-writes, and anticipatory
charts.
___Schema-Building: Examples:
Compare and contrast, jigsaw
learning, peer teaching, and projects.
___Contextualization:
Examples: Demonstrations, media,
Strategies used that work well:
___Metacognitive Development:
Examples: Self assessments, note taking
and studying techniques, and vocabulary
assignments.
___Bridging: Examples: Think-pair-share,
quick-writes, and anticipatory charts.
___Schema-Building: Examples:
Compare and contrast, jigsaw learning,
peer teaching, and projects.
___Contextualization:
Examples: Demonstrations, media,
manipulatives, repetition, and local
Strategies used that work well:
___Metacognitive Development:
Examples: Self assessments, note
taking and studying techniques, and
vocabulary assignments.
___Bridging: Examples: Think-pair-
share, quick-writes, and anticipatory
charts.
___Schema-Building: Examples:
Compare and contrast, jigsaw
learning, peer teaching, and
projects.
___Contextualization:
Examples: Demonstrations, media,
manipulatives, repetition, and local
8. Examples: Demonstrations, media,
manipulatives, repetition, and
local opportunities.
___Text Representation:
Examples: Student created
drawings, videos, and games.
___Modeling: Examples: Speaking
slowly and clearly, modeling the
language you want students to
use, and providing samples of
student work.
Other Techniques and Strategies
used:
___ Explicit Teaching
___ Group collaboration
___Gamification/Learning throuh
play
___ Answering preliminary
activities/exercises
___ Carousel
___ Diads
___ Differentiated Instruction
___ Role Playing/Drama
___ Discovery Method
___ Lecture Method
Why?
___ Complete IMs
___ Availability of Materials
___ Pupils eagerness to learn
___ Group members
collaboration/cooperation
in doing their tasks
___ Audio Visual Presentation
of the lesson
manipulatives, repetition, and local
opportunities.
___Text Representation:
Examples: Student created drawings,
videos, and games.
___Modeling: Examples: Speaking
slowly and clearly, modeling the
language you want students to use,
and providing samples of student
work.
Other Techniques and Strategies
used:
___ Explicit Teaching
___ Group collaboration
___Gamification/Learning throuh
play
___ Answering preliminary
activities/exercises
___ Carousel
___ Diads
___ Differentiated Instruction
___ Role Playing/Drama
___ Discovery Method
___ Lecture Method
Why?
___ Complete IMs
___ Availability of Materials
___ Pupils eagerness to learn
___ Group members
collaboration/cooperation
in doing their tasks
___ Audio Visual Presentation
of the lesson
manipulatives, repetition, and local
opportunities.
___Text Representation:
Examples: Student created drawings,
videos, and games.
___Modeling: Examples: Speaking
slowly and clearly, modeling the
language you want students to use,
and providing samples of student
work.
Other Techniques and Strategies
used:
___ Explicit Teaching
___ Group collaboration
___Gamification/Learning throuh play
___ Answering preliminary
activities/exercises
___ Carousel
___ Diads
___ Differentiated Instruction
___ Role Playing/Drama
___ Discovery Method
___ Lecture Method
Why?
___ Complete IMs
___ Availability of Materials
___ Pupils eagerness to learn
___ Group members
collaboration/cooperation
in doing their tasks
___ Audio Visual Presentation
of the lesson
opportunities.
___Text Representation:
Examples: Student created drawings,
videos, and games.
___Modeling: Examples: Speaking
slowly and clearly, modeling the
language you want students to use, and
providing samples of student work.
Other Techniques and Strategies used:
___ Explicit Teaching
___ Group collaboration
___Gamification/Learning throuh play
___ Answering preliminary
activities/exercises
___ Carousel
___ Diads
___ Differentiated Instruction
___ Role Playing/Drama
___ Discovery Method
___ Lecture Method
Why?
___ Complete IMs
___ Availability of Materials
___ Pupils eagerness to learn
___ Group members
collaboration/cooperation
in doing their tasks
___ Audio Visual Presentation
of the lesson
opportunities.
___Text Representation:
Examples: Student created
drawings, videos, and games.
___Modeling: Examples:Speaking
slowly and clearly, modeling the
language you want students to use,
and providing samples of student
work.
Other Techniques and Strategies
used:
___ Explicit Teaching
___ Group collaboration
___Gamification/Learning throuh
play
___ Answering preliminary
activities/exercises
___ Carousel
___ Diads
___ Differentiated Instruction
___ Role Playing/Drama
___ Discovery Method
___ Lecture Method
Why?
___ Complete IMs
___ Availability of Materials
___ Pupils eagerness to learn
___ Group members
collaboration/cooperation
in doing their tasks
___ Audio Visual Presentation
of the lesson