Solids have a defined shape and liquids don't.
<span>In order to answer this question we must solve for distance (in this case meters). Based on the data we have we know the the rock falls 336m every second. In order to determine the total distance we must multiple this by the amount of time it took to fall. As you will see the seconds unit cancels out to leave you with meters.
So, 2.9s x 336m/s = 974.4 m</span>
Answer:
<u>Velocity impact is 50.86 m/s.</u>
Explanation:
If an "object of mass" "m" is dropped from "height" "h", then the "velocity" just before impact is "v" . The "kinetic energy" before impact is equal to its "gravitational potential energy" at the height from which it was dropped: Kinetic energy = J.
V is impact velocity
h height in meter = 132 m
V = 50.86 m/s
<u>Velocity impact is 50.86 m/s</u>.
Answer:
I would use a propeller like the first or second just from my experience. Just play around with the different ones and see which one works best for you.Don't make the propeller too thick or thin or else it may not work.
Explanation:
Have a great day! Good luck!
Answer:
inventions
Explanation:
some philosophers do not believe that free will is required for moral responsibility. According to John Martin Fischer, human agents do not have free will, but they are still morally responsible for their choices and actions. ... We thus see that free will is central to many philosophical issues.