A man of mass 80kg stands next to a stationary ball of mass 4kg on a frictionless surface. He kicks the ball forward along the s
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Answer:
R = 3.606 KN, θ = 24°
Explanation:
Resolving the forces to the x-direction
Rx = 3cos60 + 2cos30
= 1.5 + 1.732 = 3.232 KN
Resolving the forces to the y-direction
Ry = -3sin60 + 2sin30
= -2.6 + 1 = -1.6 KN
Getting the resultant of the two forces
R =
Substituting the values of Rx and Ry, we obtain
R = 3.606 KN
tanθ = Ry/Rx = | -1.6/3.232 |
Then we have θ = 24°
Answer:
Explanation:
Given
volume of sample
Temperature
Pressure
for different conditions
Temperature
Pressure
suppose is the volume of sample
Using ideal gas equation
Refer to the diagram shown below.
Define unit vectors along the x and y axes as respectively
Then the three successive displacements, written in component form, are respectively
The total displacement for the first leg of the trip is
Answer:
or (-0.6, 0.8)
Define unit vectors along the x and y axes as respectively
Then the three successive displacements, written in component form, are respectively
The total displacement for the first leg of the trip is
Answer: