What force is exerted on the tooth in Figure 4.38 if the tension in the wire is 25.0 N? Note that the force applied to the tooth is smaller than the tension in the wire, but this is necessitated by practical considerations of how force can be applied in the mouth. Explicitly show how you follow steps in the Problem-Solving Strategy for Newton's laws of motion. Figure 4.38 Braces are used to apply forces to teeth to realign them. Shown in this figure are the tensions applied by the wire to the protruding tooth. The total force applied to the tooth by the wire, F a p p , points straight toward the back of the mouth.
What force is exerted on the tooth in Figure 4.38 if the tension in the wire is 25.0 N? Note that the force applied to the tooth is smaller than the tension in the wire, but this is necessitated by practical considerations of how force can be applied in the mouth. Explicitly show how you follow steps in the Problem-Solving Strategy for Newton's laws of motion. Figure 4.38 Braces are used to apply forces to teeth to realign them. Shown in this figure are the tensions applied by the wire to the protruding tooth. The total force applied to the tooth by the wire, F a p p , points straight toward the back of the mouth.
What force is exerted on the tooth in Figure 4.38 if the tension in the wire is 25.0 N? Note that the force applied to the tooth is smaller than the tension in the wire, but this is necessitated by practical considerations of how force can be applied in the mouth. Explicitly show how you follow steps in the Problem-Solving Strategy for Newton's laws of motion.
Figure 4.38 Braces are used to apply forces to teeth to realign them. Shown in this figure are the tensions applied by the wire to the protruding tooth. The total force applied to the tooth by the wire, Fapp, points straight toward the back of the mouth.
Two forces are applied to a 4.0 kg cart on a rough surface as shown. At a certain instant, force A is 12 N
to the right, and force B is 20 N to the left. The friction force is 2.0 N. What is the acceleration of the cart
at this instant, in m/s? (Hint: What is the direction of the friction in this case? Draw a free-body
diagram.)
Your answer needs to have 2 significant figures, including the negative sign in your answer if needed. Do not
include the positive sign if the answer is positive. No unit is needed in your answer, it is already given in the
question statement.
A loaded elevator with very worn cables has a total mass of 2200 [kg], and the cables can withstand a maximum tension of 28,000 [N].
Draw the free-body force diagram for the elevator. In terms of the forces on your diagram, what is the net force on the elevator? Apply Newton’s second law to the elevator and find the maximum upward acceleration for the elevator if the cables are not to break.
What would be the answer to part (a) if the elevator were on the moon, where g = 1.62 [m/s2]?
I need help ASAP thank you so much.
Johnny is pulling a cart (10 kg) to the left with a force of 50 N. There is a force of friction of 40 N acting on the cart.
1. What is the net force (Fnet) acting on the cart? Include the unit and direction of the net force.
2. As a result of the net force in (b), what is going to happen to the motion of the cart? Must describe velocity and direction of the motion. Use word bank below for the answer to this.
Word Bank: constant velocity, going faster/slower, to the left/right
3. What is your scientific data supporting your claim? Include unit and direction of your evidence.
4. Why does your evidence support your claim?
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