1. A steel sphere sits on top of an aluminum ring. The steel sphere ( = 1.10 105/C) has a diameter of 4.000 0 cm at 0C. The aluminum ring ( = 2.40 105/C) has an inside diameter of 3.994 0 cm at 0C. Closest to which temperature given will the sphere just fall through the ring?

Here is the answer for the question – 1. A steel sphere sits on top of an aluminum ring. The steel sphere ( = 1.10 105/C) has a diameter of 4.000 0 cm at 0C. The aluminum ring ( = 2.40 105/C) has an inside diameter of 3.994 0 cm at 0C. Closest to which temperature given will the sphere just fall through the ring?. You’ll find the correct answer below

1. A steel sphere sits on top of an aluminum ring. The steel sphere ( = 1.10 105/C) has a diameter of 4.000 0 cm at 0C. The aluminum ring ( = 2.40 105/C) has an inside diameter of 3.994 0 cm at 0C. Closest to which temperature given will the sphere just fall through the ring?

The Correct Answer is

116C

Reason Explained

116C is correct for 1. A steel sphere sits on top of an aluminum ring. The steel sphere ( = 1.10 105/C) has a diameter of 4.000 0 cm at 0C. The aluminum ring ( = 2.40 105/C) has an inside diameter of 3.994 0 cm at 0C. Closest to which temperature given will the sphere just fall through the ring?

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