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Review Part A The unstretched length of a spring depends on the force in the spring, F, the spring constant, k, and the actual length of the connected spring in the mechanism, s'. To determine the unstretched length of a spring, once the force in the spring has been calculated, it equals: $$s' + F/k$$ $$F \cdot k$$ $$F/k$$ $$s' - F/k$$ Submit Request Answer Provide Feedback Next >

Name: review part a the unstretched length of a spring depends on the force in the spring f the spring constant k and the actual length of the connected spring in the mechanism s to determine the 81377
Uploaded: 2023-10-07T23:18:56-08:00
Duration: 1 min 5 s
Channel: Adi S
Description: review part a the unstretched length of a spring depends on the force in the spring f the spring constant k and the actual length of the connected spring in the mechanism s to determine the 81377

          Review
Part A
The unstretched length of a spring depends on the force in the spring, F, the spring constant, k, and the actual length of the connected spring in the mechanism, s'. To determine the unstretched length of a spring, once the force in the spring has been calculated, it equals:
$$s' + F/k$$
$$F \cdot k$$
$$F/k$$
$$s' - F/k$$
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Request Answer
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review part a the unstretched length of a spring depends on the force in the spring f the spring constant k and the actual length of the connected spring in the mechanism s to determine the 81377

Added by Bruce F.

Computer Science and Information Technology

Trishna Knowledge Systems 2018 Edition

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Solved by Expert Adi S

10/07/2023

Step 1

Hooke's Law describes the relationship between the force applied to a spring, its spring constant, and its extension or compression. It is given by $$F = kx$$, where $$F$$ is the force, $$k$$ is the spring constant, and $$x$$ is the displacement from the Show more…

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Review Part A The unstretched length of a spring depends on the force in the spring, F, the spring constant, k, and the actual length of the connected spring in the mechanism, s'. To determine the unstretched length of a spring, once the force in the spring has been calculated, it equals: $$s' + F/k$$ $$F \cdot k$$ $$F/k$$ $$s' - F/k$$ Submit Request Answer Provide Feedback Next >