To solve this worksheet, students need to substitute the given values of volume and height in the formula&nbsp;V =&nbsp;πr^2h. For example, if the height of a cylinder is 5 units and the volume of the cylinder is&nbsp;80π cubic units, then the formula&nbsp;V =&nbsp;πr^2h becomes 80π= πr^2(5). On further simplification, it becomes 80π= 5r^2π and after dividing both sides by 5π it becomes 16=r^2. Taking <a href="https://www.bytelearn.com/math-topics/squares-and-square-roots" target="_blank" class="backlink">square root</a> on both sides, ±4=r, but the radius cannot be negative. Therefore, the radius of the cylinder is 4 units.

Find radius of a cylinder given volume and height

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In 8th Grade, students learn how to find the measures of 3D figures such as cylinders, cones, spheres, and hemispheres when the volume of the figure is given. A cylinder is a 3D shape that has two circular bases of equal size and a curved surface that connects the two bases.&nbsp;&nbsp;The volume of a cylinder formula is V = πr^2h, where r is the radius of the circular base and h is the height of the cylinder. Math teachers can provide “Find radius of a cylinder given volume and height worksheet” to their students. This worksheet includes a variety of problems that require students to calculate the radius of a cylinder using the given information, such as the height and volume of the cylinder.

Firstly, students should be able to define what volume is. Volume is the amount of space inside a three-dimensional object. They should also understand that the unit for volume is cubic units, such as cubic centimeters or cubic meters.&nbsp;Next, students should be able to calculate the volume of various geometric figures, including rectangular prisms, cylinders, cones, and spheres. They should be able to use formulas to calculate the volume of these figures and understand how to apply these formulas in problem-solving contexts.&nbsp;Students should also be able to understand the relationship between volume and capacity. Capacity is the amount of space that an object can hold, and it is measured in units such as liters or gallons. Students should understand that the volume of an object and its capacity are equal.&nbsp;Finally, students should be able to solve problems involving volume. They should be able to apply their knowledge of volume and capacity to real-world situations, such as calculating the amount of paint needed to cover a room or the amount of water a container can hold.&nbsp;In summary, understanding volume is a crucial aspect of geometry and measurement for grade 8 students. By learning to calculate the volume of various geometric figures, understand the relationship between volume and capacity, and solve problems involving volume, students can build a strong foundation in math skills that will serve them well in their future studies.

<h2 style="text-align:justify;">8th Grade Course Summary&nbsp;</h2>&nbsp;In 8th grade math, students are introduced to high-value concepts and expand their knowledge of operations and execution of these concepts. Here is a brief overview of the 8th Grade Math Course:&nbsp;&nbsp;<h2><a href="https://www.bytelearn.com/math-grade-8/Exponents">Exponents</a></h2><h2><a href="https://www.bytelearn.com/math-grade-8/linear-relationships-and-functions">Linear Relationships And Functions</a></h2><h2><a href="https://www.bytelearn.com/math-grade-8/Scientific-Notation">Scientific Notation</a></h2>&nbsp;

grade 8

The 8th-grade math curriculum has been designed to help students advance mathematically, particularly in the areas of algebraic equations. They focus on three core areas; reasoning and formulating, describing and deriving relationships, and analyzing two and three-dimensional figures.&nbsp; &nbsp;Students are also taught to expand their understanding of proportional relationships. They also learn the importance of solutions and application to single linear equations. They work on various models with bivariate data and learn to make the necessary predictions. Functions open a new arena for them to learn high-value functions in high school. They continue by studying with measurement and movement of figures, lines, and angles with two and three-dimensional figures.&nbsp;

Volume

Volume is an essential concept in geometry and measurement that grade 8 students need to understand. According to the Common Core Standards for Math, students should be able to calculate the volume of various geometric figures, understand the relationship between volume and capacity, and solve problems involving volume.&nbsp;

They will also learn how to apply the concept of volume to solve practical problems, such as finding the amount of space inside a container. The lesson includes interactive activities and opportunities for student collaboration, and assessments to ensure mastery of the concept. By the end of this lesson, students will have a solid foundation in volume mathematics that they can apply to a wide range of practical situations.&nbsp;

8th Grade Math Volume Lesson Plan

This 8th grade math volume lesson plan aligns with the Common Core State Standards for Mathematics. Students will learn to calculate the volume of 3-dimensional shapes, including prisms, cylinders, and pyramids. The lesson begins with an introduction to basic geometric vocabulary, such as volume and capacity. Students will then explore how to calculate the volume of different shapes using formulas and real-world examples.&nbsp;&nbsp; &nbsp;

Grade 8 students should be able to calculate the volume of three-dimensional objects such as cubes, rectangular prisms, and cylinders using appropriate formulas. They should also be able to apply their knowledge of volume to real-world problems.&nbsp;Through the study of volume, students will develop their critical thinking skills and their ability to apply mathematical concepts to real-world problems. With a solid foundation in volume, students will be well-prepared for the challenges of high school and beyond.

In Grade 8, students are expected to develop an understanding of volume and how to solve volume problems. The Common Core Standards for Mathematics emphasize the importance of volume as a fundamental skill for success in higher mathematics courses. &nbsp; &nbsp;

The volume of this cylinder is `1text{,}280pi` `text{m}^3`. What is the radius `(r` `text{m})` of the base?<highlight data-color="#666" data-style="italic">Round your answer to the nearest hundredth, if necessary.</highlight><Cylinder3D data-props='{ "radius": 8, "height": 20, "unit": "cm", "radiusColor": "black", "heightColor": "black", "radiusLabel": "r", "radiusLabelOffset": 0.1, "heightLabel": "20 m", "heightLabelOffset": 0.5, "interactive": false, "hideHeightLine": false,"radiusLabelOffsetY":-0.08, "zoom": 32}'></Cylinder3D>

Math

The volume of this cylinder is `270pi` `text{ft}^3`. What is the radius `(r` `text{ft})` of the base?<highlight data-color="#666" data-style="italic">Round your answer to the nearest hundredth, if necessary.</highlight><Cylinder3D data-props='{ "radius": 3, "height": 30, "unit": "cm", "radiusColor": "black", "heightColor": "black", "radiusLabel": "r", "heightLabel": "30 ft", "heightLabelOffset": 0.2, "interactive": false, "hideHeightLine": false, "zoom": 35}'></Cylinder3D>

The volume of this cylinder is `1text{,}024pi` `text{in}^3`. What is the radius `(r` `text{in})` of the base?<highlight data-color="#666" data-style="italic">Round your answer to the nearest hundredth, if necessary.</highlight><Cylinder3D data-props='{ "radius": 8, "height": 16, "unit": "cm", "radiusColor": "black", "heightColor": "black", "radiusLabel": "r", "heightLabel": "16 in", "interactive": false, "hideHeightLine": false, "heightLabelOffset": 0.5, "radiusLabelOffsetY":-0.08, "zoom": 25}'></Cylinder3D>

A cylinder has a height of `5` cm and a volume of `125pi` `text{cm}^3`. What is the radius `(r` `text{cm})` of the base?<highlight data-color="#666" data-style="italic">Round your answer to the nearest hundredth, if necessary.</highlight>

The volume of this cylinder is `252pi` `text{m}^3`. What is the radius `(r` `text{m})` of the base?<highlight data-color="#666" data-style="italic">Round your answer to the nearest hundredth, if necessary.</highlight><Cylinder3D data-props='{ "radius": 6, "height": 7, "unit": "cm", "radiusColor": "black", "heightColor": "black", "radiusLabel": "r", "heightLabel": "7 m", "heightLabelOffset": 0.7, "interactive": false, "hideHeightLine": false, "position_x":0.4, "zoom": 13}'></Cylinder3D>

A cylinder has a height of `17` in and a volume of `1text{,}334.5` `text{in}^3`. What is the radius `(r` `text{in})` of the base?Use `3.14` for `pi`.<highlight data-color="#666" data-style="italic">Round your answer to the nearest hundredth, if necessary.</highlight>

A cylinder has a height of `7` in and a volume of `549.5` `text{in}^3`. What is the radius `(r` `text{in})` of the base?Use `3.14` for `pi`.<highlight data-color="#666" data-style="italic">Round your answer to the nearest hundredth, if necessary.</highlight>

The volume of this cylinder is `1text{,}139.82` `text{yd}^3`. What is the radius `(r` `text{yd})` of the base?Use `3.14` for `pi`.<highlight data-color="#666" data-style="italic">Round your answer to the nearest hundredth, if necessary.</highlight><Cylinder3D data-props='{ "radius": 11, "height": 3, "unit": "cm", "radiusColor": "black", "heightColor": "black", "radiusLabel": "r", "heightLabel": "3 yd", "interactive": false, "hideHeightLine": false, "heightLabelOffset": 0.8, "position_x":0.5, "zoom": 8}'></Cylinder3D>

Find Radius Of A Cylinder Given Volume And Height Worksheet

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