Nickel Silver Part 1: Rivets 13 x 10-6 19.5 x 10-6 A silver rivet 1.98 cm in diameter is to be placed in a hole 1.978 cm in diameter. If the rivet is initially at 20°C, to what temperature must it be cooled to fit in the hole? °C Part 2: Pendulum A simple pendulum (a small weight attached to the end of a copper thread) has a period of 1.1 s when at a temperature of -16°C. The temperature then increases to 45°C. Determine the change in the pendulum's period. period change =

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Chapter16: Fundamentals Of Light
Section: Chapter Questions
Problem 40A
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Aluminum
Bismuth
Brass
Concrete
Copper
Glass
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Iron
Lead
Nickel
Silver
Maps
25 x 10-6
13.5 x 10-6
18.5 x 10-6
12 x 10-6
Part 1: Rivets
Course Homé
17 x 10-6
9 x 10-6
14 x 10-6
12 x 10-6
29 x 10-6
13 x 10-6
19.5 x 10-6
A silver rivet 1.98 cm in diameter is to be placed in a hole 1.978 cm in diameter. If the rivet is initially at 20°C, to what temperature must it be cooled to fit in the hole?
°C
Part 2: Pendulum
A simple pendulum (a small weight attached to the end of a copper thread) has a period of 1.1 s when at a temperature of -16°C. The temperature then increases to 45°C. Determine the change in the pendulum's
period.
period change =
Part 3: Standing waves in a string
The fundamental frequency on a nickel string that is fixed at both ends is 127 Hz. The string is then cooled 110°C and as such its length changes. Determine how much the fundamental frequency will change as a
result assuming the tension remains constant.
Af₁ =
Transcribed Image Text:YouTube Aluminum Bismuth Brass Concrete Copper Glass Gold Iron Lead Nickel Silver Maps 25 x 10-6 13.5 x 10-6 18.5 x 10-6 12 x 10-6 Part 1: Rivets Course Homé 17 x 10-6 9 x 10-6 14 x 10-6 12 x 10-6 29 x 10-6 13 x 10-6 19.5 x 10-6 A silver rivet 1.98 cm in diameter is to be placed in a hole 1.978 cm in diameter. If the rivet is initially at 20°C, to what temperature must it be cooled to fit in the hole? °C Part 2: Pendulum A simple pendulum (a small weight attached to the end of a copper thread) has a period of 1.1 s when at a temperature of -16°C. The temperature then increases to 45°C. Determine the change in the pendulum's period. period change = Part 3: Standing waves in a string The fundamental frequency on a nickel string that is fixed at both ends is 127 Hz. The string is then cooled 110°C and as such its length changes. Determine how much the fundamental frequency will change as a result assuming the tension remains constant. Af₁ =
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