Ask Question
22 December, 17:24

Would the springs inside a bathroom scale be more compressed or less compressed if you weighed yourself in an elevator that accelerated upward? Accelerated downward? Would the springs inside a bathroom scale be more compressed or less compressed if you weighed yourself in an elevator that accelerated upward? Accelerated downward? upward, more compressed; downward, more compressed upward, less compressed; downward, less compressed upward, more compressed; downward, less compressed upward, less compressed; downward, more compressed

+5
Answers (1)
  1. 22 December, 17:34
    0
    Accelerate up more compressed spring

    Accelerate down spring less compressed

    Explanation:

    For this problem we must analyze the forces that act on the scale on the one hand the weight of the man directed downwards and I have the other the elastic force of the spring directed upwards. Now let's write Newton's second law for these forces in various configurations,

    When the elevator is quiet or moving at constant speed

    Fe - W = 0 ⇒ Fe = W - k x = mg x = mg / k

    Fe = mg

    We use this value to compare

    Now let's analyze when the elevator accelerates upwards

    Fe - W = m a

    Fe = ma + W

    Fe = m (a + g)

    So we can see that Fe increases, so the compression of springs is higher

    Now let's analyze when the elevator acceleration is down

    Fe - W = m (-a)

    Fe = w - m a

    Fe = m (g - a)

    In this case Fe is smaller, so the compression of the spring is less
Know the Answer?
Not Sure About the Answer?
Find an answer to your question 👍 “Would the springs inside a bathroom scale be more compressed or less compressed if you weighed yourself in an elevator that accelerated ...” in 📗 Physics if the answers seem to be not correct or there’s no answer. Try a smart search to find answers to similar questions.
Search for Other Answers