Answer: im just trying to get some points so i can answer my question.
sorry
Explanation:
Answer:
read the explanation
Explanation:
Purchased electricity is fed into our TVs and is converted to light and sound.
Electricity goes into an electric bulb and is converted to visible light and heat energy.
Chemical Energy is converted to Electrical Energy (stove)
Chemical food energy is converted to Energy to Work (person running).
There are three different ways an object can have the ability to accelerate.
1. First off, you can <span>change in the velocity <em>in line with applied force. </em></span>
2. Then, second of all, you can simply <span>change in velocity <em>perpendicular to applied force </em></span>
3. Then, last but not least, you can change in <em>angular velocity (spin/rotation) due to applied torque
</em>
~In the three examples above, you are mainly changing the velocity of the object to make it either accelerate, or possibly slow down.
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Hope this helped :)
Answer:
V2 = 1.899*10^-3 m^3
T2 = 347.125 K
Explanation:
Using gas law, we know that
PV = nRT,
Where
V1 = 0.00115743 m^3.
gamma = 1.4
Now, when we solve for final volume, V2 we get
V2 = V1/((P2/P1)^(1/gamma))
V2 = 1.899*10^-3 m^3
Using the same law and method, when we try to solve for the temperature, we find that the final temperature, T2 is
T2 = T1*((V1/V2)^(gamma-1))
T2 = 347.125 K
