First get a map and measure how far you are from your original destination since the destination is not well identified where it is in Michigan so just get an approximate distance and then do the calculations
<h2 /><h2 /><h2>question:-</h2>
- A stone is dropped from the height of 121m and reaches to the earth in 10 sec with an acceleration of 20m/s square find the initial velocity of the stone
<h2>Given :-</h2>
<h2>To Find :-</h2>
<h2>Solution :-</h2>
As we know that,
- V = Final Velocity
- U = Initial Velocity
- A = Acceleration
- S = Distance
<u>According</u><u> </u><u>to</u><u> </u><u>the question</u><u>, </u>
0² - u² = 2(20)(121)
0 - u² = 4840
-u² = 4840
-u = √4840
u = -69.5 m/s
<h2>Answer:-</h2>
The initial velocity of the stone is -69.5 m/S.
You use energy from your body and press the pedals on the bike that has chains and the chains are connected to a circular ish shape and is also connected to the wheel and it spins
Answer:
d. radio telescope
Explanation:
A radio telescope allows the analysis of radio light waves by first,<em> collecting them, </em>then<em> bringing them to a focus </em>and<em> amplifying them </em>in preparation for analysis. They are the largest telescope in the world and are said to have the ability to observe <em>light with long wavelengths</em>. This makes them different from optical telescopes that are meant to observe<u> visible lights</u>. This allows the astronomers to<em> study the composition of the heavenly bodies in the universe.</em>
Answer:
Explanation:
TE = KE + PE which is total energy available to a system is equal to its potential energy plus its kinetic energy, and that total energy will remain throughout the entire "trip", whatever it might be. So a is your answer.