Worksheet

Weather Station: Space and Material Checks

Solve area, volume, and surface area problems while planning rain collectors, temperature shields, and weather-recording equipment.

Grade 7MathInteractive · Printable

Aligned to7.G.B.6

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Single worksheet
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1 Common Core standard
Printable answer key
14 questions
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Details

Format: Interactive · Printable
Grade: Grade 7
Subject: Math
Question types: Fill in the blank, Multiple choice, Short answer

About this worksheet

What students practice

Students solve area problems involving triangles, quadrilaterals, and composite polygons.
Students calculate and compare volumes of cubes and prisms in real-world situations.
Students determine surface areas of selected faces of weather-station equipment.

How to use

Use after teaching area and prism formulas. Have students sketch and label unpictured equipment, then discuss which faces belong in each surface area calculation.

Curriculum

Common Core standard covered

7.G.B.6

Solve real-world problems about area, volume, and surface area of figures made of triangles, quadrilaterals, polygons, cubes, and prisms.

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Name Date

Weather Station: Space and Material Checks

Use geometry to plan equipment for recording temperature and rainfall.

Recording Panels

Find the area needed for each weather-station part. Use perpendicular heights. Ignore cutting waste.

A parallelogram-shaped panel displays the week's temperature records. Its base is 24 cm, its perpendicular height is 15 cm, and its slanted side is 17 cm. Clear film covers one face.

How much film is needed? cm²

A triangular marker identifies the rainfall-recording station. One face has an area of 84 cm² and a base of 14 cm. What is the perpendicular height?

A. The height is 6 cm.
B. The height is 12 cm.
C. The height is 24 cm.
D. The height is 7 cm.

A six-sided backing for a temperature recorder starts as an 18 cm by 10 cm rectangle. A right triangle is cut from each of the two top corners. Each removed triangle has perpendicular legs of 4 cm and 3 cm. The removed triangles do not overlap.

What is the area of the remaining backing? cm²

The shaded rectangles form a T-shaped panel for posting temperature and rainfall records. Each grid square represents 1 dm². The rectangles meet along an edge without overlapping. Weatherproof covering costs $3 per square decimeter.

What is the cost to cover one face of the entire panel? $

A trapezoidal cover protects a rainfall log. Its area is 72 cm², and the perpendicular distance between its parallel sides is 8 cm. One parallel side is 7 cm long. How long is the other parallel side?

A. The other side is 11 cm long.
B. The other side is 18 cm long.
C. The other side is 25 cm long.
D. The other side is 2 cm long.

Collector Capacity

Use volume to check rain collectors and equipment parts. All stated collector dimensions are interior measurements.

A rain collector has a flat rectangular bottom measuring 25 cm by 16 cm and vertical walls. After a storm, the water is 0.8 cm deep.

What volume of rainwater was collected? cm³

A rain channel is a triangular prism. Its triangular cross section has a base of 10 cm and a perpendicular height of 6 cm. The channel is 22 cm long. A rainfall test fills it to the top.

How much water does the full channel hold? cm³

Students compare two containers for storing collected rainwater. The cube has an inside edge length of 4 cm. The rectangular prism measures 8 cm by 4 cm by 3 cm inside. How much more water does the rectangular prism hold?

A. It holds 80 cm³ more water.
B. It holds 16 cm³ more water.
C. It holds 48 cm³ more water.
D. It holds 32 cm³ more water.

A solid spacer supports a temperature sensor. It is a hexagonal prism, 5 cm long. Each hexagonal end consists of a 12 cm by 8 cm rectangle with a triangle attached to each 8 cm side. Each triangle has base 8 cm and perpendicular height 3 cm. These three regions meet only along edges.

What is the volume of the spacer? cm³

Weatherproof Surfaces

Identify exactly which faces need material before calculating. Ignore material thickness, seams, and overlap.

10.

A temperature sensor sits inside a square-prism shield. Each side of the square cross section is 9 cm, and the shield is 14 cm tall. Reflective material covers only the four vertical rectangular faces. Both square ends remain open.

What area receives reflective material? cm²

11.

A closed rectangular-prism housing protects the device that records temperature and rainfall. Its outside dimensions are listed below. Ventilation openings have a combined area of 16 cm². Paint covers all six outside faces except these openings.

Recorder Housing
Length (cm)	Width (cm)	Height (cm)
15	8	6

What total area is painted? cm²

12.

A triangular-prism hood keeps rain off the temperature recorder. Each triangular end has a horizontal base of 10 cm, a perpendicular height of 12 cm, and two sloping sides of 13 cm each. The hood is 18 cm long. Waterproof sheets cover only the two sloping rectangular faces, not the triangular ends or bottom. What area of sheet material is needed?

A. The required area is 432 cm².
B. The required area is 588 cm².
C. The required area is 468 cm².
D. The required area is 648 cm².

13.

A cube-shaped cover protects a rainfall recorder. Each outside edge is 7 cm long. All six faces need one coat of sealant, including the bottom. One tin covers 98 cm².

What is the minimum number of tins needed? tins

14.

A rectangular rain collector has an inside bottom measuring 10 cm by 8 cm and vertical walls 6 cm high. Today, the recorded water depth is 4 cm. A liner must cover the bottom and all four inside walls up to their full height, with no lid. Sam calculates the liner area as 10 × 8 + 2(10 × 4) + 2(8 × 4) = 224 cm². Explain the error and find the correct liner area.