Do Now: 1) Tom is running a 8 mile marathon. His goal is to complete the marathon in 2 hours. At what rate should Tom run to meet his goal? Use the formula,

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Do Now: 1) Tom is running a 8 mile marathon. His goal is to complete the marathon in 2 hours. At what rate should Tom run to meet his goal? Use the formula, below to find your answer. Show Work! [D=RT] 2) How much wrapping paper will I need to cover this box? 6 in 8 in 4 in

I want to fill the box with as much candy as it can hold I want to fill the box with as much candy as it can hold. Each candy is in the shape of a 1 inch cube. 1 in 6 in Candy Cubes 4 in 8 in Box L x W = 8 x 4 = 32 cubes 1) How many candy cubes can will fill the bottom of the box? 2) How many cubes can I stack along the height of the box? 6 cubes 3) How many candy cubes can I use to fill the entire box? L X W x H = 8 x 4 x 6 = 192 cubes

Find the volume of the rectangular prism. Volume of a Rectangular Prism V = lwh Find the volume of the rectangular prism. V = lwh l h V= (10) (6) (5 ) V= 300 cm3 5 cm w 6 cm 10 cm

Practice: Find the volume of each rectangular prism. 1. 3 cm 2 cm 5 cm 2. 7 in. 10 m 5 m 3.

Find the volume of the cube. Volume of a cube: V = s3 Find the volume of the cube. s V = s3 V= (5) (5) (5) V= 125 ft3 5 ft

Practice: Find the volume of each cube. 1) 2) 10 cm 3 ft 3) 1.5 in

Find the volume of the triangular prism. Volume of a Triangular Prism V = whl 2 V = whl 2 5cm 3cm V = (5)(3)(4) 2 5cm V = 60 2 4cm 5cm V = 30cm3

Practice: Find the volume of the triangular prisms. 1) 2) 9 yd 6 yd 5 ft 8 ft 12 yd 7 cm 6 cm 4 cm 5 cm 10 cm 3)

Find the volume of the cylinder. Round to the nearest cubic foot. volume of a cylinder V = πr2 h V = πr2 h r h 3 ft V = π(3)2 (5) V = π(9) (5) 5 ft V = π45 V ≈ 141 ft3

Practice: Find the volume of the cylinders Practice: Find the volume of the cylinders. Round your answer to the nearest hundredth. 5 cm 8 cm 1. 6 mm 7 mm 2. 3 cm 10 cm 3.

1. 2 3.