0 Preparing For Algebra 1 Expressions And Functions 2 Linear Equations 3 Linear And Nonlinear Functions 4 Equations Of Linear Functions 5 Linear Inequalities 6 Systems Of Linear Equations And Inequalities 7 Exponents And Exponential Functions 8 Polynomials 9 Quadratic Functions And Equations 10 Statistics Chapter0: Preparing For Algebra
0.1 Plan For Problem Solving 0.2 Real Numbers 0.3 Operations With Integers 0.4 Adding And Subtracting Rational Numbers 0.5 Multiplying And Dividing Rational Numbers 0.6 The Percent Proportion 0.7 Perimeter 0.8 Area 0.9 Volume 0.10 Surface Area 0.11 Simple Probability And Odds Chapter Questions Section: Chapter Questions
Problem 1PRT Problem 2PRT Problem 3PRT Problem 4PRT Problem 5PRT Problem 6PRT Problem 7PRT Problem 8PRT Problem 9PRT Problem 10PRT Problem 11PRT Problem 12PRT Problem 13PRT Problem 14PRT Problem 15PRT Problem 16PRT Problem 17PRT Problem 18PRT Problem 19PRT Problem 20PRT Problem 21PRT Problem 22PRT Problem 23PRT Problem 24PRT Problem 25PRT Problem 26PRT Problem 27PRT Problem 28PRT Problem 29PRT Problem 30PRT Problem 31PRT Problem 32PRT Problem 33PRT Problem 34PRT Problem 35PRT Problem 36PRT Problem 37PRT Problem 38PRT Problem 39PRT Problem 40PRT Problem 41PRT Problem 42PRT Problem 43PRT Problem 44PRT Problem 45PRT Problem 46PRT Problem 47PRT Problem 48PRT Problem 49PRT Problem 50PRT Problem 51PRT Problem 52PRT Problem 53PRT Problem 54PRT Problem 55PRT Problem 56PRT Problem 57PRT Problem 58PRT Problem 59PRT Problem 60PRT Problem 61PRT Problem 62PRT Problem 63PRT Problem 64PRT Problem 65PRT Problem 66PRT Problem 1POT Problem 2POT Problem 3POT Problem 4POT Problem 5POT Problem 6POT Problem 7POT Problem 8POT Problem 9POT Problem 10POT Problem 11POT Problem 12POT Problem 13POT Problem 14POT Problem 15POT Problem 16POT Problem 17POT Problem 18POT Problem 19POT Problem 20POT Problem 21POT Problem 22POT Problem 23POT Problem 24POT Problem 25POT Problem 26POT Problem 27POT Problem 28POT Problem 29POT Problem 30POT Problem 31POT Problem 32POT Problem 33POT Problem 34POT Problem 35POT Problem 36POT Problem 37POT Problem 38POT Problem 39POT Problem 40POT Problem 41POT Problem 42POT Problem 43POT Problem 44POT Problem 45POT Problem 46POT Problem 47POT Problem 48POT Problem 49POT Problem 50POT Problem 51POT Problem 52POT Problem 53POT Problem 54POT Problem 55POT Problem 56POT Problem 57POT Problem 58POT Problem 59POT Problem 60POT Problem 61POT Problem 62POT Problem 63POT Problem 64POT Problem 65POT Problem 66POT Problem 67POT Problem 68POT Problem 69POT Problem 70POT Problem 71POT Problem 72POT Problem 73POT Problem 74POT Problem 75POT Problem 1CC Problem 2CC Problem 3CC Problem 4CC Problem 5CC Problem 6CC Problem 7CC Problem 55POT
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Ms. Chang asked the class to find the volume of this oblique regular polygon prism. What answer should the students come to?
Transcribed Image Text: ### Understanding Prism Dimensions
Ms. Chang asked the students to study the dimensions of the given 3D shape. How should the students proceed to understand the properties of this prism?
In the image above, we see a three-dimensional drawing of a prism with the following dimensions marked:
- **Height of the prism**: 21 units
- **Depth of the prism**: 19 units
- **Length of the base side**: 7 units
- **Height of the triangular base**: 3 units
The prism is oriented such that the triangular base is prominently visible at the bottom-left corner of the diagram. Additional visual features include bold lines representing the edges of the prism and dotted lines indicating hidden edges and the measurements of the depth.
### Analysis of the Diagram
To comprehend the volume of the prism, the students should consider the following steps:
1. **Calculate the Area of the Triangular Base**:
\[
\text{Area} = \frac{1}{2} \times \text{base} \times \text{height} = \frac{1}{2} \times 7 \times 3 = 10.5 \text{ square units}
\]
2. **Calculate the Volume of the Prism**:
\[
\text{Volume} = \text{Base Area} \times \text{Height of the Prism} = 10.5 \times 21 = 220.5 \text{ cubic units}
\]
Understanding such diagrams is crucial for visualizing geometric properties and efficiently solving related mathematical problems.
Definition Definition Two-dimentional plane figure composed of a finite number of straight line segments connected to form a closed chain or circuit. A polygonal circuit's segments are known as its edges or sides, and the points where two edges meet are known as its vertices or corners.
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