This document discusses laboratory teaching methods in science. It identifies two major types of laboratory work: situations where students work informally in pairs or groups with shared equipment, and demonstrations by the teacher to illustrate principles. The major goals of laboratory work are to teach observational and manual skills, improve scientific inquiry methods, and develop problem-solving abilities. Correct laboratory teaching methods include student preparation, explanations by the teacher, conducting experiments safely and properly handling equipment, observing and explaining results, writing reports, and safety. Advantages include hands-on learning, developing reasoning and observation skills, and preparing students for real-life problem solving. Disadvantages are that it is not economical of time and materials.
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Laboratory Method!
1. LABORATORY TEACHING
METHODS
PRESENTOR: GROUP 5
Charmaine Tunzon
Rubylyn Figueroa
Camille Zara
Mary Anne Almodiel
Joseph Sy
2. Laboratory Teaching Methods
This methods is one of the important
methods of teaching science and it
forms an integral part of effective
science teaching. Under this methods ,
teachers encourages the students to
derive various scientific laws and
principle on their own by getting
personally involved in the experiment
work.
3. 2 Major Types
a. Situation where students work in the laboratory-
in this situation students work informally in pairs
or groups where equipment cannot go round all
students individually.
b. Demonstration- is a process of presenting or
establishing facts or principles. It is a procedure of doing
or performing something in the presence of others or
either as a means of showing them how to do it or
illustrating a principle.
4. MAJOR GOALS OF
LABORATORY. WORKS
Teaching Manuals and Observational skills
relevant to the subject
Improving understanding of methods of
scientific inquiry
Developing problem solving and doing by
self skills.
5. CORRECT METHODS OF TEACHING IN
LABORATORY
1. Self Preparation
2. Right Explanation
3. Starting Experiments
4. Handling instruments
5. Explaining observations
6. Writing reports
7. Lab safety
6. Advantages
1. Students learn by doing and come in
contact with raw data or materials object
in teaching learning process.
2. Develops the power of observation and
reasoning.
3.Develops the scientific attitudes
7. 4. Gives an understanding of what research
is and how to apply the scientific method of
research
5. Gives training in organizing data
gathered from real materials object and
how these objects are manipulated to attain
the objectives.
6. Since students come in contact with real
life situations, it can be a preparation for
solving real life problems.
8. Disadvantages
1. Uneconomical way of learning in time
and material.
2. Does give much training in verbal
expression and when the time equipment is
used, most of the time, its use becomes
mechanical, i.e used without much thinking
anymore
9. SOME LABORATORY TEACHING
METHODS
Students learn by their own efforts.
Demonstration methods
際際滷 Booklets show process, complex
procedure, and complicated apparatus
Tape booklets, methods of calculation
Wall Charts
Video Recording
Computer Simulate
10. LAB SAFETY TIPS
Think safety first
Know emergency responses
Know what your working with
Use the smallest possible amounts
Follow all safety procedures
Report dangerous activity or situatons
Store and handle hazardous materials safety
If you dont know ASK!
THANK YOU..
11. References
Blosser; P.E (1980) A critical review of the role of the
laboratory in Science teaching. London: Routledge and
Kegan Paul Ltd.
Bates, G.C. (1978). The role of the laboratory in secondary
school Science programs, in M.B. Rowe (Ed.), What research
says to the science teacher, vol. I (Pp.
55-82). Washington, D.C.: National Science Teachers
Association.
Bates, G.C. (1982). The importance of the laboratory in
school science: A research perspective. The Science Teacher,
49&(2), 22-23.