Answer:
I = 0.483 kgm^2
Explanation:
To know what is the moment of inertia I of the boxer's forearm you use the following formula:
(1)
τ: torque exerted by the forearm
I: moment of inertia
α: angular acceleration = 125 rad/s^2
You calculate the torque by using the information about the force (1.95*10^3 N) and the lever arm (3.1 cm = 0.031m)

Next, you replace this value of τ in the equation (1) and solve for I:

hence, the moment of inertia of the forearm is 0.483 kgm^2
Answer:
Therefore, the centripetal acceleration of the SUV is <u>3 times</u> ao of the compact car.
Explanation:
FOR SUV:

where,
ac_suv = centripetal acceleration of the SUV = ?
m = mass of SUV = 6000 kg
v = speed of SUV = vo
r = radius of path
Therefore,
---------------- equation (1)
FOR CAR:

where,
ao = centripetal acceleration of the car = ?
m = mass of car = 2000 kg
v = speed of car = vo
r = radius of path
Therefore,
--------------------- equation (2)
Dividing equation (1) by eq(2):

Therefore, the centripetal acceleration of the SUV is <u>3 times</u> ao of the compact car.
<span>They are emitted by the unstable nuclei of certain atoms.
That's all I could find out; Sorry I couldn't be more of an help.</span>
Answer:
his results in the final angle after the collision of 37.2 degrees basically what we did there is turn the vector into a right triangle. We use sohcahtoa to solve for the angle. Being.
Explanation:
Amplitude does not mean a note has a high pitch