A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

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a. Cube b. trapezoid c. pentagon d. square 1. Describe the cross section. EOC Practice

Transcript of A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

Page 1: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

a. Cube b. trapezoid c. pentagon d. square

1. Describe the cross section.

EOC Practice

Page 2: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

2. A jewelry store buys small boxes in which to wrap items that they sell. The diagram below shows one of the boxes. Find the lateral area and the surface area of the box to the nearest whole number.

EOC Practice

a. 35 cm ; 364 cm b. 70 cm ; 364 cm

 

c. 35 cm ; 266 cm d. 70 cm ; 266 cm

𝑺 . 𝑨 .=𝑷𝒉+𝟐 π’π’˜π’=ΒΏΒΏπ’˜

𝒉=ΒΏ

Base Area

Lateral Area

ΒΏπŸ”πŸ— .πŸ•πŸ+𝟐 π’π’˜ΒΏπŸ•πŸŽ+𝟐(πŸπŸ’)(πŸ•)

ΒΏπŸπŸ”πŸ”

𝑺 . 𝑨 .=𝑷𝒉+πŸπ‘©

Page 3: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

5

2

5.39

26

Not drawn to scale

3. Use formulas to find the lateral area and surface area of the given prism. Round your answer to the nearest whole number.

EOC Practice

a. 322 mΒ² ; 327 mΒ² b. 296 mΒ² ; 342 mΒ²

 c. 296 mΒ² ; 332 mΒ² d. 322 mΒ² ; 332 mΒ²

𝑺 . 𝑨 .=𝑷𝒉+πŸπ‘©

ΒΏπŸ‘πŸ‘πŸπ’ŽπŸ

Page 4: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

4. Find the surface area of the cylinder in terms of .

EOC Practice

a. 350 cmΒ² b. 896 cmΒ²

 c. 602 cmΒ² d. 644 cmΒ²

𝒓=πŸ•

Page 5: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

5. Find the surface area of the regular pyramid shown to the nearest whole number.

EOC Practice

5 ft

5 ft

7 ft

Not drawn to scale

a. 165 ftΒ² b. 95 ftΒ²

 c. 70 ftΒ² d. 28 ftΒ²

𝒃=ΒΏΒΏπ’˜

¿𝓡

Page 6: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

6. Find the slant height of the pyramid shown, to the nearest tenth.

EOC Practice

7 mm

3 mm

3 mm

x

Not drawn to scale

a. 6.3 mm b. 7.6 mm c. 4.1 mm d. 7.2 mm

𝒃=ΒΏΒΏπ’˜

¿𝒉¿𝓡

π’„πŸ=π’‚πŸ+π’ƒπŸπ“΅πŸ=(𝟏𝟐 𝒃)𝟐

+π’‰πŸ

𝟏 .πŸ“π“΅πŸ= (𝟏 .πŸ“ )𝟐+(πŸ•)πŸπ“΅πŸ=πŸ“πŸ .πŸπŸ“π“΅=βˆšπŸ“πŸ .πŸπŸ“  π“΅=πŸ• .πŸπŸ“πŸ–πŸ—

Page 7: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

7. Find the lateral area of a regular pentagonal pyramid that has a slant height of 14 in. and a base side length of 6 in.

EOC Practice

a. 210 inΒ² b. 240 inΒ² c. 42 inΒ² d. 420 inΒ²

𝑳 . 𝑨 .=𝟏𝟐

(πŸ“)(πŸ”)(πŸπŸ’ )𝓡=πŸπŸ’=𝒉

𝒃=πŸ”

Page 8: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

8. Find the surface area of the cone in terms of .

EOC Practice

17 cm

3 cm

Not drawn to scale

a. 111 cmΒ² b. 57 cmΒ²

 c. 60 cmΒ² d. 55.5 cmΒ²

Page 9: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

9. Find the slant height of the cone to the nearest whole number.

EOC Practice

a. 21 m b. 19 m c. 24 m d. 23 m

19 m

10 m

Not drawn to scale

πŸπŸ—π“΅ π’„πŸ=π’‚πŸ+π’ƒπŸπ“΅πŸ=π’‰πŸ+π’“πŸπ“΅πŸ=(πŸπŸ—)𝟐+(𝟏𝟎)πŸπ“΅πŸ=πŸ’πŸ”πŸπ“΅=βˆšπŸ’πŸ”πŸπ“΅=𝟐𝟏 .πŸ’πŸ•

Page 10: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

*** Find the Surface Area of the sphere shown. Give each answer rounded to the nearest cubic unit. 

EOC Practice

𝑺 . 𝑨 .=πŸ’π…π’“ 𝟐

𝑺 . 𝑨 .=πŸ’(πŸ‘ .πŸπŸ’)(πŸ•)𝟐

𝑺 . 𝑨 .=πŸ”πŸπŸ“ .πŸ’πŸ’π‘Ί . 𝑨 .=πŸ”πŸπŸ“π’„π’Ž Β²

Page 11: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

10. Find the volume of the given prism. Round to the nearest tenth if necessary.

EOC Practice

a. 308.9 cmΒ³ b. 308.2 cmΒ³ c. 312.8 cmΒ³ d. 302.9 cmΒ³

𝑽=π’ƒπ’˜π’‰π‘½=π’π’˜ 𝒉𝑽=(πŸπŸ‘ .𝟐)(πŸ‘ .πŸ—)(πŸ”)𝑽=πŸ‘πŸŽπŸ– .πŸ–πŸ–

𝑽=𝑩𝒉

Page 12: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

11. Find the volume of the given prism. Round to the nearest tenth if necessary.

EOC Practice

a. 17 mΒ³ b. 34 mΒ³ c. 8.5 mΒ³ d. 1 mΒ³

𝑽=𝑩𝒉𝑽=(𝟏𝟐 𝒃𝒉) (𝒉 )

𝑽=(𝟏𝟐 (𝟏)(𝟐)) (πŸπŸ•)

𝑽=πŸπŸ•π’ŽπŸ‘

Page 13: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

12. The volume of a cylinder is 980 in. The height of the cylinder is 20 in. What is the radius of the cylinder?.

EOC Practice

a. 7 in b. 49 in c. 327 in d. 18 in

𝑽=πŸ—πŸ–πŸŽ 𝝅𝒉=πŸπŸŽπ’“=?

𝑽=𝝅 π’“πŸπ’‰πŸ—πŸ–πŸŽπ…=𝝅𝒓 𝟐(𝟐𝟎)

πŸπŸŽπ…πŸ’πŸ—=π’“πŸ

πŸ•=𝒓

πŸπŸŽπ…

𝑽=𝑩𝒉

Page 14: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

13. Find the volume of the cylinder in terms of .

EOC Practice

a. 27 in.Β³ b. 27 in.Β³  c. 54 in.Β³ d. 324 in.Β³

h = 6 in. and r = 3 in.

𝑽=𝝅 π’“πŸπ’‰

h = 6 in. and r = 3 in.

𝑽=𝝅 (πŸ‘ )𝟐(πŸ”)𝑽=πŸ“πŸ’ 𝝅

𝑽=𝑩𝒉

Page 15: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

14. Find the volume of the cylinder in terms of .

EOC Practice

a. 704 in.Β³ b. 88 in.Β³  c. 176 in.Β³ d. 352 inΒ³

𝑽=𝝅 π’“πŸπ’‰π‘½=𝝅 (πŸ– )𝟐(𝟏𝟏)𝑽=πŸ•πŸŽπŸ’ 𝝅

𝑽=𝑩𝒉

Page 16: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

15. Find the height of the cylinder.

EOC Practice

a. 2.4 in. b. 7.2 in. c. 14.4 in. d. 4.8 in.

𝑽=𝝅 π’“πŸπ’‰πŸπŸ•πŸ .πŸ’=πŸ‘ .πŸπŸ’(πŸ”)πŸπ’‰πŸπŸ•πŸ .πŸ’=πŸπŸπŸ‘ .πŸŽπŸ’π’‰πŸ .πŸ’=𝒉

𝑽=𝑩𝒉

Page 17: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

16. Find the volume of the composite space figure to the nearest whole number.

EOC Practice

a. 416 mmΒ³ b. 705 mmΒ³  c. 1294 mmΒ³ d. 944 mmΒ³

𝑽=𝑩𝒉

𝑽=𝟏𝟐

(𝝅𝒓 πŸπ’‰  )+π’ƒπ’˜π’‰  π‘½=(𝟏𝟐 (π…π’“πŸ)+π’π’˜)𝒉  

𝑽=(𝟏𝟐 (πŸ‘ .πŸπŸ’Γ—πŸ’ .πŸ“πŸ )+πŸ—Γ—πŸ”)πŸπŸπ‘½=(πŸ‘πŸ .πŸ•πŸ—πŸπŸ“+πŸ“πŸ’ )πŸπŸπ‘½=πŸ—πŸ’πŸ‘ .πŸ•πŸπ’Žπ’ŽπŸ‘

Page 18: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

17. Find the volume of the square pyramid shown. Round to the nearest tenth if necessary.

EOC Practice

a. 126 cmΒ³ b. 907.5 cmΒ³ c. 605 cmΒ³ d. 55 cmΒ³

11 cm11 cm

15 cm

Not drawn to scale

𝑽=πŸπŸ‘π‘©π’‰

𝑽=πŸπŸ‘π’π’˜ 𝒉

𝑽=πŸπŸ‘

(𝟏𝟏)(𝟏𝟏)(πŸπŸ“)

𝑽=πŸ”πŸŽπŸ“

Page 19: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

18. Find the volume of the square pyramid shown. Round to the nearest tenth if necessary.

EOC Practice

a. 1280 ftΒ³ b. 85.3 ftΒ³  c. 1920 ftΒ³ d. 3840 ftΒ³

𝑽=πŸπŸ‘π‘©π’‰

𝑽=πŸπŸ‘π’π’˜ 𝒉

π’„πŸ=π’‚πŸ+π’ƒπŸπ“΅πŸ=π’‰πŸ+π’“πŸ

πŸπŸ•πŸ=π’‰πŸ+πŸ–πŸ

πŸπŸ–πŸ—=π’‰πŸ+πŸ”πŸ’πŸπŸπŸ“=π’‰πŸ

βˆšπŸπŸπŸ“=π’‰πŸπŸ“=𝒉

𝑽=πŸπŸ‘

(πŸπŸ”)(πŸπŸ”)(πŸπŸ“ )

𝑽=πŸπŸπŸ–πŸŽ

Page 20: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

19. Find the volume of the right cone shown as a decimal rounded to the nearest tenth

EOC Practice

a. 8821.6 mΒ³ b. 2205.4 mΒ³  c. 3308.1 mΒ³ d. 980.2 mΒ³

26 m

18 m

Not drawn to scale

𝑽=πŸπŸ‘π‘©π’‰

𝑽=πŸπŸ‘

(𝝅𝒓 𝟐)𝒉

𝑽=πŸπŸ‘

(𝝅 (πŸ— )𝟐 )πŸπŸ”π‘½=πŸπŸπŸŽπŸ“ .πŸ‘πŸ—

Page 21: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

20. Find the volume of the oblique cone shown. Round to the nearest tenth.

EOC Practice

a. 108.9 in.Β³ b. 707.9 in.Β³  c. 1061.9 in.Β³ d. 980.2 in.Β³

16 in.

13 in.

Not drawn to scale

𝑽=πŸπŸ‘π‘©π’‰

𝑽=πŸπŸ‘

(𝝅𝒓 𝟐)𝒉

𝑽=πŸπŸ‘

(𝝅 (πŸ” .πŸ“ )𝟐 )πŸπŸ”π‘½=πŸ•πŸŽπŸ• .πŸ—πŸŽ

Page 22: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

21. Find the volume of the sphere shown. Give each answer rounded to the nearest cubic unit. 

EOC Practice

a. 11,494 cmΒ³ b. 359 cmΒ³  c. 1,437 cmΒ³ d. 205 cmΒ³

𝑽=πŸ’πŸ‘π…π’“πŸ‘

𝑽=πŸ’πŸ‘π… (πŸ•)πŸ‘

𝑽=πŸπŸ’πŸ‘πŸ” .πŸ•πŸ“

Page 23: A. Cubeb. trapezoid c. pentagon d. square 1. 1. Describe the cross section. EOC Practice.

22. The volume of a sphere is 5000 m . What is the surface area of the sphere to the nearest square meter?  

EOC Practice

a. 62,832 mΒ² b. 1517 mΒ²  c. 3033 mΒ² d. 195 mΒ²

𝑽=πŸ’πŸ‘π…π’“πŸ‘

πŸ“πŸŽπŸŽπŸŽ 𝝅=πŸ’πŸ‘π… π’“πŸ‘

πŸ‘πŸ•πŸ“πŸŽ=𝒓 πŸ‘

πŸ‘βˆšπŸ‘πŸ•πŸ“πŸŽ=π’“πŸπŸ“ .πŸ“πŸ‘πŸ”πŸ=𝒓

𝑺 . 𝑨 .=πŸ’π…π’“ 𝟐

𝑺 . 𝑨 .=πŸ’π… (πŸπŸ“ .πŸ“πŸ‘πŸ”πŸ)𝟐

𝑺 . 𝑨 .=πŸ‘πŸŽπŸ‘πŸ‘ .πŸπŸ’πŸ—