Bonnie and clyde are sliding a 300 kg bank safe across the floor to their getaway car. the safe slides with a constant speed if
1 answer:
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Answer:
(A) The tension's magnitude grows to four times the initial value, 4F.
Explanation:
When an object travels in a circular path, a centripetal force is exerted upon it. In this instance, the centripetal force acting on the stone can be represented by .
Here, m denotes the mass of the object
v is the velocity or speed of the object
r signifies the radius of the circular path
Importantly, the tension corresponds to the centripetal force.
Initially, the string completes one revolution each second, and subsequently, it accelerates to perform two revolutions in the same time frame. This signifies that the speed has increased twofold.
Applying our formula:F =
where F indicates the tension in the string
assuming the starting speed is v, after doubling it becomes 2v
Maintaining the circle's radius, we arrive at:
F=
From this equation, it's clear that the initial tension has quadrupled.
Consequently, the magnitude of the tension increases to four times its original value, 4F.
Response:
The work performed by the particle traveling from x = 0 to x = 2 m totals 20 J.
Details:
The force impacting a particle, which is restricted to the x-axis, is expressed as follows:
We need to calculate the work done on a particle moving from x = 0.00 m to x = 2.00 m.
The formula for the work done by the particle is defined as:
Consequently, the work executed by the particle between x = 0 and x = 2 m amounts to 20 J. Thus, this is the solution sought.