The trigonometric function's formula, which simulates the torque (tau) that the weight applied t minutes after Thomas attached it is

The angular speed of the minutes hand is
rad/min
Following the application of weight, the torque as a function of time t is,


<h3>
What is torque ?</h3>
Torque, which is also known as the moment of a force, is the propensity of a force to rotate the body to which it is applied. Force (F) x Distance (r) = Torque is how torque is calculated. The distance (r) between the pivot point and the force's action point. A vector quantity is a torque. As a vector quantity, torque always has a direction that is perpendicular to the plane that contains the vectors of force and displacement.
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7/2,14/4,21/6,28/8,35/10,42/12,49/14,56/16,63/18,70/20
Answer:
X= 3 or x=-17
Step-by-step explanation:
1. Simplify both sides of the equation
2. Subtract 4X to the second power +56X +192 from both sides
3. Factors the left side of the equation
4. Set factors equal to zero
Answer:
1.00 and 1.73
Step-by-step explanation:
1) Calculating the 1st and the 2nd leg using trigonometric function sine:

Once one leg is found there is another way to find the other leg, using Pythagorean Theorem too.

Sides
a hypotenuse: 2.00
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b leg: 1.73
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c leg: 1.00
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<span>The GPF is 2.
Happy studying^_^
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