Question

Recall that $C$ is the stiffness constant of a tension joint. If the stiffness of the bolt becomes very large, what happens to the stiffness constant? 1) $C$ approaches -1 2) $C$ approaches 1 3) $C$ approaches infinity 4) $C$ approaches 0

Name: recall that c is the stiffness constant of a tension joint if the stiffness of the bolt becomes very large what happens to the stiffness constant 1 c approaches 1 2 c approaches 1 3 c approa 32565
Uploaded: 2021-09-30T12:09:13-08:00
Duration: 1 min 1 s
Channel: Narayan Hari
Description: recall that c is the stiffness constant of a tension joint if the stiffness of the bolt becomes very large what happens to the stiffness constant 1 c approaches 1 2 c approaches 1 3 c approa 32565

          Recall that $C$ is the stiffness constant of a tension joint. If the stiffness of the bolt becomes very large, what happens to the stiffness constant?
1) $C$ approaches -1
2) $C$ approaches 1
3) $C$ approaches infinity
4) $C$ approaches 0

recall that c is the stiffness constant of a tension joint if the stiffness of the bolt becomes very large what happens to the stiffness constant 1 c approaches 1 2 c approaches 1 3 c approa 32565

Added by Elizabeth C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Narayan Hari

09/30/2021

Step 1

In a tension joint, the stiffness constant $C$ represents the proportion of the external load carried by the bolt. It is typically defined as: $C = \frac{k_b}{k_b + k_m}$ where $k_b$ is the stiffness of the bolt and $k_m$ is the stiffness of the members (or Show more…

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Recall that $C$ is the stiffness constant of a tension joint. If the stiffness of the bolt becomes very large, what happens to the stiffness constant? 1) $C$ approaches -1 2) $C$ approaches 1 3) $C$ approaches infinity 4) $C$ approaches 0