Make sure you don’t fly out the window
V= s/t = 400/4.5=800/9 (km/h)
Answer:
D, maintain a constant velocity until acted on by another force
Explanation:
Mu as in the coefficient of friction?
The equation is
Ff = Fn x mu
Rearrange with the force of friction and normal force
If the frequency is much higher the capacitor will not get fully charged before the wave fall to zero states .here the time period is very low so the graph or output will look like this
If the frequency is much low => the time period is very high=>
After the first capacitor is fully charged, it stays in the same state (up to V). When the voltage reaches zero, the discharge begins. After being fully discharged, it stays in the same state until it reaches the next state because it has a very long time span.
Note that for all practical purposes the decay curve of the RC discharge circuit is exponential and the voltage across the capacitor plates is much less than 1% of the initial starting value after 5-time constants. please. Discharged.
Learn more about frequency here;
brainly.com/question/16148316
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