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Shadow Length Advanced Worksheet: Focus on exam-oriented approach Shadow Length ADVANCED

Level up your Shadow Length skills! You're at Worksheet 8 of 10 (77% through this series). This exam hall simulation worksheet features 20 advanced-level problems with a focus on exam-oriented approach. Topics covered: shadow length bank exam questions, shadow length ssc cgl, shadow length reasoning tricks.

📝 Worksheet 8 of 10 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Advanced level

What you'll learn in this worksheet:
Your progress through Shadow Length
Worksheet 8 of 10 (77% complete)

Question 1

A 12m tall person is standing outside at 9:00 morning. If the sun's rays make a 15° angle with the ground, and his shadow falls towards West, what is the length of his shadow?
Shadow length = height × tan(angle) = 12 × tan(15°) = 3.2 m. Shadow direction: West (sun in opposite direction).

Question 2

A 19m tall person is standing outside at 18:00 evening. If the sun's rays make a 30° angle with the ground, and his shadow falls towards East, what is the length of his shadow?
Shadow length = height × tan(angle) = 19 × tan(30°) = 11.0 m. Shadow direction: East (sun in opposite direction).

Question 3

A 29m tall person is standing outside at 12:00 noon. If the sun is directly overhead, what is the length of his shadow?
When sun is directly overhead at noon, no shadow is cast (or shadow directly below).

Question 4

A 26m tall person is standing outside at 15:00 afternoon. If the sun's rays make a 15° angle with the ground, and his shadow falls towards East, what is the length of his shadow?
Shadow length = height × tan(angle) = 26 × tan(15°) = 7.0 m. Shadow direction: East (sun in opposite direction).

Question 5

A 18m tall person is standing outside at 18:00 evening. If the sun's rays make a 30° angle with the ground, and his shadow falls towards East, what is the length of his shadow?
Shadow length = height × tan(angle) = 18 × tan(30°) = 10.4 m. Shadow direction: East (sun in opposite direction).

Question 6

A 21m tall person is standing outside at 9:00 morning. If the sun's rays make a 15° angle with the ground, and his shadow falls towards West, what is the length of his shadow?
Shadow length = height × tan(angle) = 21 × tan(15°) = 5.6 m. Shadow direction: West (sun in opposite direction).

Question 7

A 26m tall person is standing outside at 12:00 noon. If the sun is directly overhead, what is the length of his shadow?
When sun is directly overhead at noon, no shadow is cast (or shadow directly below).

Question 8

A 30m tall person is standing outside at 9:00 morning. If the sun's rays make a 15° angle with the ground, and his shadow falls towards West, what is the length of his shadow?
Shadow length = height × tan(angle) = 30 × tan(15°) = 8.0 m. Shadow direction: West (sun in opposite direction).

Question 9

A 18m tall person is standing outside at 9:00 morning. If the sun's rays make a 15° angle with the ground, and his shadow falls towards West, what is the length of his shadow?
Shadow length = height × tan(angle) = 18 × tan(15°) = 4.8 m. Shadow direction: West (sun in opposite direction).

Question 10

A 10m tall person is standing outside at 12:00 noon. If the sun is directly overhead, what is the length of his shadow?
When sun is directly overhead at noon, no shadow is cast (or shadow directly below).

Question 11

A 17m tall person is standing outside at 15:00 afternoon. If the sun's rays make a 15° angle with the ground, and his shadow falls towards East, what is the length of his shadow?
Shadow length = height × tan(angle) = 17 × tan(15°) = 4.6 m. Shadow direction: East (sun in opposite direction).

Question 12

A 19m tall person is standing outside at 6:00 morning. If the sun's rays make a 30° angle with the ground, and his shadow falls towards West, what is the length of his shadow?
Shadow length = height × tan(angle) = 19 × tan(30°) = 11.0 m. Shadow direction: West (sun in opposite direction).

Question 13

A 21m tall person is standing outside at 15:00 afternoon. If the sun's rays make a 15° angle with the ground, and his shadow falls towards East, what is the length of his shadow?
Shadow length = height × tan(angle) = 21 × tan(15°) = 5.6 m. Shadow direction: East (sun in opposite direction).

Question 14

A 12m tall person is standing outside at 12:00 noon. If the sun is directly overhead, what is the length of his shadow?
When sun is directly overhead at noon, no shadow is cast (or shadow directly below).

Question 15

A 13m tall person is standing outside at 15:00 afternoon. If the sun's rays make a 15° angle with the ground, and his shadow falls towards East, what is the length of his shadow?
Shadow length = height × tan(angle) = 13 × tan(15°) = 3.5 m. Shadow direction: East (sun in opposite direction).

Question 16

A 10m tall person is standing outside at 12:00 noon. If the sun is directly overhead, what is the length of his shadow?
When sun is directly overhead at noon, no shadow is cast (or shadow directly below).

Question 17

A 14m tall person is standing outside at 12:00 noon. If the sun is directly overhead, what is the length of his shadow?
When sun is directly overhead at noon, no shadow is cast (or shadow directly below).

Question 18

A 19m tall person is standing outside at 18:00 evening. If the sun's rays make a 30° angle with the ground, and his shadow falls towards East, what is the length of his shadow?
Shadow length = height × tan(angle) = 19 × tan(30°) = 11.0 m. Shadow direction: East (sun in opposite direction).

Question 19

A 23m tall person is standing outside at 12:00 noon. If the sun is directly overhead, what is the length of his shadow?
When sun is directly overhead at noon, no shadow is cast (or shadow directly below).

Question 20

A 29m tall person is standing outside at 15:00 afternoon. If the sun's rays make a 15° angle with the ground, and his shadow falls towards East, what is the length of his shadow?
Shadow length = height × tan(angle) = 29 × tan(15°) = 7.8 m. Shadow direction: East (sun in opposite direction).
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