cornpops4037

15.04.2021 • 

Chemistry

Activity In this activity we'll use a simulation to observe how the mass on a spring affects its resting equilibrium point and also ha
oscillation.
Question 1
To begin your investigation, open this simulation: Masses and Springs e
Part A
First, let's Investigate the relationship between extension and force. In this case, the force is supplied by a mass under the
• Set the friction slider to "lots," to help damp out spring oscillations and make it easier to judge resting positions.
Using spring 1 and the ruler, observe the equilibrium position with no mass attached. Measure to the bottom horiz
spring. Record in the data table below.
Carefully add each mass in turn: 50 grams, 100 grams, and 250 grams and recording the spring's resting position in
measure to the bottom horizontal section of the spring.
Finally, for each of these masses, record the extension x: the displacement between the equilibrium point without a
equilibrium point with the mass attached. (You'll have to do a subtraction.)

Ответ:

angelteddy033

24.04.2020

Chemistry

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Wavelength($\lambda$)=685nm

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