Given Information:
Mass = m = 20000 kg
Height of ramp = h = 0.840 m
Length of ramp = L = 20 m
Required Information:
Uphill Force = F = ?
Answer:
F = 8232 N
Explanation:
The force can be found using the equation
F = mgsinθ
Where m is the mass of block, g is the acceleration due to gravity
Since the ramp can be modeled as an inclined plane so it can formed into a triangle, recall that in right angle triangle sinθ is equal to opposite over hypotenuse. The opposite is the height and hypotenuse is the ramp surface.
sinθ = h/L = 0.840/20 = 0.042
F = 20000*9.8*0.042
F = 8232 N
Therefore, an uphill force of 8232 N would be needed.
Explanation:
2. momentum(p) = mass*velocity
Force(F)=mass*acceleration
Inertia is the tendecy of an object to resist changes to its state.
4. F= ma
50kg*15m/s2 =750N
5.F=ma
10kg * 3m/s2 =30N
6. P=mv
10kg * 3m/s =30 kg.m/s
Answer:
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