A metal ring has an inner diameter of D1 and an outer diameter D2 at room temperature. The ring is now heated to 100 °C. At this higher temperature the new diameters are now D1' (inner) and D2' (outer). We should expect that: A metal ring has an inner diameter of D1 and an outer diameter D2 at room temperature. The ring is now heated to 100 °C. At this higher temperature the new diameters are now D1' (inner) and D2' (outer). We should expect that: D1'> D1 O D1' D2 O D2'< D2 Impossible to say as we do not know the thermal expansion coefficient of the metal.

A metal ring has an inner diameter of D1 and an outer diameter D2 at room temperature. The ring is now heated to 100 °C. At this higher temperature the new diameters are now D1' (inner) and D2' (outer). We should expect that: A metal ring has an inner diameter of D1 and an outer diameter D2 at room temperature. The ring is now heated to 100 °C. At this higher temperature the new diameters are now D1' (inner) and D2' (outer). We should expect that: D1'> D1 O D1' D2 O D2'< D2 Impossible to say as we do not know the thermal expansion coefficient of the metal.

College Physics

10th Edition

ISBN:9781285737027

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter10: Thermal Physics

Section: Chapter Questions

Problem 14CQ: When the metal ring and metal sphere in Figure CQ10.14 are both at room temperature, the sphere can...

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