Determine the gravitational force that you exert on another person 1.50 m away. assume that you and the other person are point m
1 answer:
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In order to determine the required force to stop the car, proceed as follow:
Calculate the deceleration of the car, by using the following formula:
where,
v: final speed = 0m/s (the car stops)
vo: initial speed = 36m/s
x: distance traveled = 980m
a: deceleration of the car= ?
Solve the equation above for a, replace the values of the other parameters and simplify:
Next, consider that the formula for the force is:
where,
m: mass of the car = 820 kg
a: deceleration of the car = 0.66m/s^2
Replace the previous values and simplify:
Hence, the required force to stop the car is 542.20N
Answer:
0.29 m
Explanation:
9 mm = 0.009 m in diameter
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Let the tensile modulus of Nickel .
The elongation of the rod can be calculated using the following formula:
Answer: The distance between the man and the plane increasing at a rate of 400ft/s
Explanation: Please see the attachments below
