Howe's Math Practice

This is a great review to see if students have a solid understanding of volume, total and lateral surface area. Surface area is from nets only. Shapes included rectangular and triangular prisms and pyramids. Answer key included.

This is a fill in the blank style note sheet for students along with independent practice questions. Students will be able to calculate total and lateral the surface area of rectangular pyramids, square pyramids and triangular pyramids using a net. Answer key included.

This product is a hands on activity that uses 1 inch snap cubes (you will need to supply) for students to experience the concept of surface area. Students will build a tower given a base area. Then they are to count the squares on all faces for them find surface area. Designed for them to see opposite faces are congruent and that you are adding up all the outside face areas. There is an exit ticket for students to prove what they discovered. Can use as a center or whole class activity. Ans

This is a fill in the blank style note sheet with independent practice for students. Students will be able to calculate the volume of rectangular and triangular pyramids using the formula V = 1/3Bh. Answer key included.

This product is a hands on activity that uses 1 inch snap cubes (you will need to supply) for students to experience the concept of volume. Students will build a tower given a base area. Then they will build floors on top of the base area and record their findings. Designed for them to see how area of the base times the height (floors) is volume as well as volume being the total number of cubes needed to build your tower. Exit ticket included for students to show their discoveries. Can be

This product is a hands on activity that uses 1 inch snap cubes (you will need to supply) for students to experience the concept of surface area and volume. Students will build a tower given a base area. Then record their findings about surface area or volume. Exit tickets included for students to show their discoveries. Can be used as a whole group activity or as a center. Answer key included.

This is a fill in the blank style note sheet along with independent practice for students. Students will be able to calculate the perimeter of the base shape (P), area of the base shape (B) and find the height of a prism (h). I use this as a pre-teach to calculating surface area of rectangular and triangular prisms. Answer key included.

This is a fill in the blank style note sheet along with independent practice for students. Students will be able to calculate the perimeter of the base shape (P), area of the base shape (B) and find the height of a prism (h). I use this as a pre-teach to calculating surface area of rectangular and triangular prisms. Answer key included.

This product contains 2 review questions to work with students to help them recall how to calculate the area of composite/irregular figures. Then there are six questions for students to work on their own. Shapes include triangles, circles, and rectangles. Answer key included.

This is a fill in the blank style note sheet with independent practice for students. Students will be able to calculate volume of triangular and rectangular prisms using formulas V = Bh. Answer key included.

This is a formative assessment (quiz) over calculating the area of circles, triangles, rectangles, parallelograms and trapezoids. Students are asked to use 3.14 for pi. Answer key included.

This is a hands on activity where students will be measuring and creating 3-D object to find the surface area of. Students will be required to measure a net, calculate the total surface area, cut out the net and tape together to name the 3-D created. Shapes include pyramids and prisms.

This is a great assessment to see if students have mastered the understanding of volume, total and lateral surface area. Surface area is from nets only. Shapes included rectangular and triangular prisms and pyramids. Answer key included.

This is a review of the Pythagorean Theorem for students to strengthen their skills in Pythagorean Theorem vocabulary, finding the missing side of a right triangle, using the area of squares attached to the sides of the right triangle, distance on a coordinate plane. Answer key included.

This is a fill in the blank style note sheet along with independent practice for students. Students will be able to calculate the lateral and total surface area of cylinders. Students are asked to use the pi key on their calculators and round to whole numbers or tenths or hundredths. Answer key included.

This is a fill in the blank style note sheet along with independent practice for students. Students will be able to calculate the lateral and total surface area of rectangular and triangular prisms. My state standards require the use of the formulas S = Ph and S = Ph +2B. However, the examples can be used with any type of calculations. Answer key included.

This is a fill in the blank style note sheet along with independent practice for students. Students will be able to use the Pythagorean Theorem to find the missing side to a right triangle. All examples are word problems where students must draw their own right triangle. Students are asked to round to the nearest tenth. Answer key included.

This is a fill in the blank style note sheet along with independent practice for students. Students will be able to use the Pythagorean Theorem to find the missing side to a right triangle. It is a straight forward assignment with no word problems. A great introduction to the Pythagorean Theorem. Students are asked to round to the nearest tenth. Answer key included.

This is a fill in the blank style note sheet for students along with independent practice questions. Students will be able to calculate the total and lateral surface area of cubes, rectangular prisms and triangular prisms using a net. Answer key included.

This is a fill in the blank style note sheet for students along with independent practice for students. Students will be able to calculate the area of a rectangle or parallelogram. Answer key included.