Answer:
For example, if the acceleration is zero, then the velocity-time graph is a horizontal line (i.e., the slope is zero). If the acceleration is positive, then the line is an upward sloping line (i.e., the slope is positive). ... If the acceleration is great, then the line slopes up steeply (i.e., the slope is great).
The body system on the chart
Answer:
a) Spring Constant
b) Amplitude of the oscillation
c)Frequency o the oscillation
Explanation:
Given:
- Magnitude of the mass, m=0.29 kg
- Spring is stretched by x=30 cm
a)
When Finally the mass comes to rest after 30 cm of stretching in spring then work done by all the forces is equal to the change in kinetic Energy of the of the mass
b) The Amplitude of the oscillation is 0.3 m
c) Let Frequency of the oscillation of the mass be which is given by
The formula for finding the frequency of a wave is with the following formula:
F = 1/T, F being the variable for frequency and T substituting as time. Given we already have our time, let's plug it in for T.
F = 1/4. This means our answer is in some mathematical form that is equivalent to 1/4. We have the answer "0.25 waves/second", which is equivalent to our original fraction (0.25 x 4 = 1.00).
I hope this helps!