Exercise
Form 12: Real-World Applications - Packaging and Containers
Apply surface area and volume concepts to real-world scenarios involving packaging and containers. Solve practical problems focused on material usage and storage capacity.
Questions
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MultiChoice
A juice box manufacturer designs a rectangular carton of 5 cm by 4 cm by 12 cm. What is its capacity in cm³?
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MultiChoice
How much cardboard is needed to make an open-top rectangular box 10 in long, 8 in wide, and 5 in high?
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MultiChoice
A shipping box has dimensions 2 ft by 1.5 ft by 3 ft. What is the volume of space it occupies?
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MultiChoice
A chocolate bar box is shaped like a triangular prism with base 4 cm, triangle height 3 cm, and length 18 cm. Find its volume.
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MultiChoice
A toy storage trunk measures 40 in long, 20 in wide, and 20 in high. What is its interior volume?
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MultiChoice
A metal toolbox shaped like a rectangular prism is 40 cm long, 15 cm wide, and 20 cm high. Find its surface area.
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MultiChoice
A triangular packaging tube has a base triangle area of 12 cm² and a length of 50 cm. What is its volume?
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MultiChoice
A container of dimensions 6 m x 2.5 m x 3 m is filled with soil. What is the volume of soil?
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MultiChoice
An open triangular trough has base 3 ft, height 2 ft, and length 8 ft. What is its volume capacity?
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MultiChoice
A gift box in the shape of a cube with side 8 cm needs to be wrapped. How much wrapping paper is needed?
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MultiChoice
A plastic crate is 50 cm long, 30 cm wide, and 20 cm deep. Find the total surface area of all 6 faces.
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MultiChoice
A wedge-shaped sandwich box has a right triangular base (legs 6 cm and 8 cm) and height 5 cm. What is its volume?