GPE KE Work Loss Formulas
100
1125 J
What is the GPE given:
75 kg
15 meters
15.2 m/s
100
84.29 J
What is the KE given:
m = 14 kg
v = 3.47 m/s
100
3 J
What is the work if there is no loss and the total energy at location A is 0.5 and the total energy at location B is 3.5?
100
-75 J
What is loss given:
5 N
15 M
100
W = Force x Distance
What is the formula for Work?
200
16.04 ft --> 5 meters
60 J
What is the GPE given:
12 kg
16.04 feet
200
1057.35 J
What is the KE given:
27 kg
8.85 m/s
200
45 J
What is the work given:
You apply 15 N for 3 meters
200
-8.63 N
What is the force given:
113 J Loss
13.1 M
200
GPE = Mass x Gravity x Distance
What is the formula for GPE?
300
147 kg
What is the mass given:
12936 J
88 meters
300
71.38 kg
What is the mass given:
1013.91 J
5.33 m/s
300
74.33 N
What is the force given:
W = 116.7 J
D = 1.57 M
300
24.83 M
What is distance given:
-75 N
1862 J
300
L= - Force x Distance
What is the formula for Loss?
400
Yes, because energy cannot be created nor destroyed, it transferred from GPE to be KE once the snowboarder began moving and became fully KE once at the reference point.
If a snowboarder was at the top of a summit, and there was no work or loss, would the Location A = GPE be the same as the Location B = KE?
400
30 J
If a stationary ball was at the top of a cliff had a GPE of 30 J, what would the KE be once the ball began moving? Neglect Work/Loss/Drag
400
3.66 M
What is distance given:
W = 19.4 J
F = 5.3 N
400
-1.56 J
What is loss given:
.12 M
13 N
400
KE = 1/2 x Mass x Velocity^2
What is the formula for KE?
500
83.93 J
What is the GPE of a cat in a tree if he was on a branch 16 meters in the air, but moved to one 5 meters down, and he weighs 7.63 kg?
500
70 mph --> 31.29 m/s
25945.20 J
You are skydiving, 3800 meters above ground, moving at 70 mph. If you weigh 53 kg, what is your KE?
500
232.94 ft --> 71 meters
3150 J
If you apply 45 N of force, to an object to move it 232.94 feet, what is the total work? Neglect drag, friction, etc.
500
L = 324
What is the loss given that location A has 577 J of energy, but location B has 353 J of energy. There is 100 J of work between A and B.
500
E = Power x Time
What is the formula for Energy?






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