Assume that a gold ring is stuck on your finger, and you want To remove it. The ring has an inside diameter of 2.00 cm, but the knuckle of the finger in question has a diameter of 2.05 cm. You decided to get the ring off by heating it. How much must the temperature of the ring be increased for it to slide past the knuckle? (x= 13 x 10-6C-1) A-AT = 215 °C B-AT = 487 °C C-AT = 613 °C D-AT = 115 °C E-AT = 42 °C O A В C O D E
Assume that a gold ring is stuck on your finger, and you want To remove it. The ring has an inside diameter of 2.00 cm, but the knuckle of the finger in question has a diameter of 2.05 cm. You decided to get the ring off by heating it. How much must the temperature of the ring be increased for it to slide past the knuckle? (x= 13 x 10-6C-1) A-AT = 215 °C B-AT = 487 °C C-AT = 613 °C D-AT = 115 °C E-AT = 42 °C O A В C O D E
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Transcribed Image Text:Assume that a gold ring is stuck on your finger, and you want
To remove it. The ring has an inside diameter of 2.00 cm, but
the knuckle of the finger in question has a diameter of 2.05 cm.
You decided to get the ring off by heating it. How much
must the temperature of the ring be increased for it to slide past
the knuckle? (c= 13 x 10-6C-1)
A- AT = 215 °C
B-AT = 487 °C
C-AT = 613 °C
D-AT = 115 °C
E-AT = 42 °C
A
В
Ос
O D
ОЕ
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