Polygons
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Polygons are closed, flat shapes made of straight lines. They can have any number of sides or angles and may be regular or irregular. Regular polygons have equal sides and angles, while irregular polygons do not. Common regular polygons include triangles, pentagons, hexagons, and octagons. Polygons can also be classified as convex if they curve outward or concave if they curve inward.
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Polygons are closed, plane shapes with three or more straight sides. They can be regular, meaning all sides and angles are equal, or irregular. Common regular polygons include triangles, squares, pentagons, and hexagons. Polygons are also classified as convex if they curve outward or concave if they curve inward between sides.Polygons #2
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Polygons are closed, plane shapes with three or more straight sides. There are two main types of polygons: regular polygons which have all sides of equal length and all angles of equal measure, and irregular polygons which have at least one unequal side or angle. Common regular polygons include triangles, squares, pentagons, and hexagons, while irregular polygons can have any number of sides of varying lengths and angles. Polygons are further classified as convex if their interior angles form an outward curve or concave if their interior angles form an inward curve.Polygon Notes
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The document defines and classifies polygons based on the number of sides. It explains that a polygon is a closed plane shape with 3 or more straight sides. Common polygons are then named and defined based on their number of sides, from triangles with 3 sides to dodecagons with 12 sides. Formulas are provided for calculating the sum of interior angles, area of regular polygons, and the sum of exterior angles of any polygon.Polygon powerpoint kelly
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This document provides information about polygons including:
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The document defines and discusses different types of polygons. The main points are:
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*** https://geometrycoach.com/1-6-classifying-polygons/
If you are looking for more great lesson ideas sign up for our FREEBIES at:
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Polygons are geometric shapes that have three or more straight sides and are closed figures. There are both regular polygons that have equal sides and angles, and irregular polygons that have unequal sides or angles. Common regular polygons include triangles, rectangles, pentagons, hexagons, and octagons, while irregular polygons can have any number of unequal sides and angles. Polygons can also be classified as convex if they curve outward or concave if they curve inward.Polygons by jvn
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More Free Resources to Help You Teach your Geometry Lesson on Classifying Polygons can be found here:
*** https://geometrycoach.com/1-6-classifying-polygons/
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Polygons are geometric shapes that have straight sides and are closed figures. There are two main types of polygons - regular polygons which have equal side lengths and angles, such as squares, and irregular polygons which do not have these properties, like rectangles. Triangles are three-sided polygons that can be classified by their angles or side lengths, while quadrilaterals are four-sided polygons including rectangles, squares, and rhombi.Recently uploaded (20)
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Monitoring the behavior of a system is essential to ensuring its long-term effectiveness. However, managing an end-to-end observability stack can feel like stepping into quicksand, without a clear plan you¡¯re risking sinking deeper into system complexities.
In this talk, we¡¯ll explore how combining two worlds¡ªdeveloper platforms and observability¡ªcan help tackle the feeling of being off the beaten cloud native path. We¡¯ll discuss how to build paved paths, ensuring that adopting new developer tooling feels as seamless as possible. Further, we¡¯ll show how to avoid getting lost in the sea of telemetry data generated by our systems. Implementing the right strategies and centralizing data on a platform ensures both developers and SREs stay on top of things. Practical examples are used to map out creating your very own Internal Developer Platform (IDP) with observability integrated from day 1.Windows Client Privilege Escalation-Shared.pptx
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Let¡¯s face it: the cloud has gotten out of hand. What used to be simple¡ªdeploying your Java app¡ªhas become a maze of slow builds, tedious deploys, and eye-watering AWS bills. But here¡¯s the thing: it doesn¡¯t have to be this way. Every minute you spend waiting on builds or wrestling with unnecessary cloud complexity is a minute you¡¯re not building the features your customers actually care about.
In this talk, I¡¯ll show you how to go from a shiny new Java app to production in under 10 minutes¡ªwith fast builds, cheap deploys, and zero downtime. We¡¯ll go deep into optimizing builds with Gradle (it¡¯s time to leave Maven in the dust), parallelization strategies, and smarter caching mechanics that make your CI/CD pipelines fly. From there, we¡¯ll review the dozen+ ways AWS lets you deploy apps and cut through the chaos to find the solutions that work best for lean, fast, cost-effective pipelines. Spoiler: ECS and EKS usually aren¡¯t the answer. Oh, and I¡¯ll even show you how AI tools like AWS Bedrock can help streamline your processes further, so you can automate what should already be automatic.
This talk is for developers fed up with the cost, complexity, and friction of modern cloud setups¡ªor those who long for the simplicity of the Heroku/Beanstalk/PCF days when deploying to the cloud wasn¡¯t a headache. Whether you¡¯re on AWS, Azure, or GCP, you¡¯ll learn actionable, cloud-agnostic tips to build faster, deploy cheaper, and refocus on what matters most: delivering value to your users.Fast Screen Recorder v2.1.0.11 Crack Updated [April-2025]![Fast Screen Recorder v2.1.0.11 Crack Updated [April-2025]](https://cdn.slidesharecdn.com/ss_thumbnails/dataanalysisforbusiness-250322061148-eeff8a831-250401123246-f36be9ca-250401141614-87b01766-thumbnail.jpg?width=560&fit=bounds)
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Join us for an exclusive webinar featuring special guest speakers from Amazon, Amberside Energy, and Avineon-Tensing as we explore the power of Amazon Bedrock and FME in AI-driven geospatial workflows.
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Inhalt:
Daten spielen f¨¹r jede Business-Transformation eine entscheidende Rolle. Mithilfe der SAP Business Data Cloud (BDC) sind Unternehmen in der Lage, s?mtliche Daten miteinander zu verbinden und zu harmonisieren. Die SAP BDC stellt eine Weiterentwicklung der bisherigen SAP-Datenstrategie dar - mit SAP Datasphere und der SAP Analytics Cloud (SAC) als elementaren S?ulen. Besonders hervorzuheben: Databricks ist als OEM-Produkt in die Architektur integriert. Die SAP BDC kombiniert neue und bestehende Technologien, um Anwendern angereicherte Datenprodukte, fortschrittliche Analyse-Funktionalit?ten und KI-gest¨¹tzte Insights-Anwendungen bereitzustellen. Kurz gesagt: Mit SAP BDC schaffen Unternehmen eine zentrale Drehscheibe f¨¹r ihre gesch?ftskritischen Daten und legen die Basis f¨¹r SAP Business AI.
In unserem Expertengespr?ch erl?utern Stefan Hoffmann (Head of Cross Solution Management SAP HANA & Analytics bei SAP) und Martin Eissing (Projektmanager bei IBsolution), was es mit der SAP Business Data Cloud genau auf sich hat und welche konkreten Vorteile mit dem neuen Angebot einhergehen. Au?erdem zeigen sie auf, wie das erste Feedback der Kunden zur SAP BDC ausf?llt und welche Wege Unternehmen zur SAP BDC f¨¹hren.
Zielgruppe:
- IT-Leiter/IT-Entscheider
- Data Analysts
- Datenarchitekten
- BI-Spezialisten
- Anwender in den Fachbereichen
Agenda:
1. Was ist die SAP Business Data Cloud (BDC)?
2. Einordnung in die SAP-Datenstrategie
3. Voraussetzungen und Mehrwerte der SAP BDC
4. Architektur der SAP BDC
5. Handlungsempfehlungen f¨¹r SAP BW-Kunden und SAP Datasphere-Kunden
6. Q&A
The Rise of AI Agents-From Automation to Autonomous Technology
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AI agents are more than just a buzzword¡ªthey are transforming industries with real autonomy. Unlike traditional AI, they don¡¯t just follow commands; they think, adapt, and act independently. The future isn¡¯t just AI-enabled¡ªit¡¯s AI-powered. Polygons
- 1. Polygons What are they?
- 2. Polygons There are both irregular and regular polygons Polygons are shapes with 3 or more faces and is a closed figure There are also polygons called convex and concave Polygons come in many different shapes Although polygons cannot be a rounded figure
- 3. Regular Polygons Regular polygons have equal sides and angles all the way around Regular Triangle Irregular Polygons Irregular polygons have unequal sides and angles Irregular Hexagon
- 4. Triangle Pentagon Hexagon Heptagon Octagon Nonagon Decagon Undecagon Dodecagon Tridecagon Tetradecagon Pentadecagon Trapezoid Right Triangle Parallelogram Rectangle Regular Polygons Irregular Polygons 3 s 5 s 6 s 7 s 8 s 9 s 10 s 11 s 12 s 13 s 14 s 15 s 4 s 3 s 4 s 4 s s = sides
- 5. Concave Polygon Convex polygons are shapes that curve out of a usual shape Concave polygons are shapes that curve inward (if you can draw a straight line from inside one part of the shape going out of the shape then inside again to the other side, it is concave) Convex Polygon 1- regular triangle 2- irregular hexagon