A wheel rotates at 24 revolutions every 3 minutes. This is equivalent to
1 answer:
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What the equation given?
- x(t)=Acos
t
Maximum velocity occurs at the equilibrium position
So
- x=0
Now
- x(0)=Acos0[/tex]
- x(0)=A
Now
As we know the formula
These expressions can be used
Answer:
F = 85.24 N
T = 30.84 N
Explanation:
The parameters given are
Mass of crates = m₁ = 3 kg and m₂ = 5 kg
Component of masses acting along the plane = mgsin(θ)
Which gives;
F - (3×9.81×sin(30) + 10 + 5×9.81×sin(30) + 17) = m×a
So that we have;
2 = (F - 66.24)(3 + 5)
F = 16 + 66.24 = 85.24 N
The tension T between the crates = F × m₁/(m₁+m₂) = 85.24 × 3/(3+5) = 30.84 N
