When is at the end of the runway the velocity of the plane is given by the equation
where s=1800 m is the runway length. Thus
At half runway the velocity of the plane is
Therefore at midpoint of runway the percentage of takeoff velocity is
‰
Answer:
Explanation:
We can use kinematics equation 
to solve this problem. Since 
in the vertical direction is 
, we have:
(freefall equation)
Plugging in values, we get:
(one significant figure).
*The horizontal velocity is irrelevant in this question. It only affects the horizontal displacement of the object (where the object lands), not how long it takes for the object to hit the ground.
To solve for absolute pressure, you will need this formula:
Where:
= absolute pressure
= atmospheric pressure
r (rho) = density
g = acceleration due to gravity constant
h = depth (in this case)
rgh is the formula for pressure of fluids
So with your given, we just need to insert it into the formula:
= 1.01 x
x (1,025
x 9.8
x 15 m
= 1.01 x
+ 150,675
= 1.01 x
+ 1.51 x
= 2.52 x 
This is your absolute pressure.
Answer:
Non-renewable energy comes from sources that will run out or will not be replenished for thousands or even millions of years. Most sources of non-renewable energy are fossil fuels. Fossil fuels were created as the remains of marine creatures decayed millions of years ago, under huge amounts of pressure and heat. Most fossil fuels are burned to create energy and electricity. Coal, above, is a type of rock that is a fossil fuel.
Explanation:
Cited: https://www.nationalgeographic.org/encyclopedia/non-renewable-energy/
Given :
Mass of block , M = 20 kg .
Force applied , F = 80 N .
Acceleration of block , 
.
To Find :
The coefficient is Kinetic force friction between the block and the table .
Solution :
We know , Force equation on block is given by :
Therefore , coefficient is Kinetic force friction between the block and the table is 0.15 .
Hence , this is the required solution .
