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VashaNatasha [74]
3 years ago
11

The ________________ is the measure of how far the pendulum is offset (or pulled back) from a vertical position when it is relea

sed.
A. Period
B.Amplitude
C. Pivot
D. Bob
Physics
1 answer:
Dahasolnce [82]3 years ago
6 0
B. Amplitude

It is the maximum distance from the equilibrium point of the pendulum.
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Can someone please provide a step by step explanation to the question in the image? It is really important for me to understand
Sergio039 [100]

Answer:

21.21 N @ 81.87°

Explanation:

Divide each force into horizontal components and vertical components.

F₁ is in the +x direction, so F₁ₓ = 12 N and F₁ᵧ = 0 N.

F₂ is in the +y direction, so F₂ₓ = 0 N and F₂ᵧ = 9 N.

F₃ is 53.13° above the -x axis.  So the components are:

F₃ₓ = -15 cos (53.13°) = -9 N

F₃ᵧ = 15 sin (53.13°) = 12 N

The horizontal component of the resultant force is the sum of the horizontal components of the individual forces:

Fₓ = F₁ₓ + F₂ₓ + F₃ₓ

Fₓ = 12 N + 0 N + (-9 N)

Fₓ = 3 N

Similarly, the vertical component of the resultant force is the sum of the vertical components of the individual forces:

Fᵧ = F₁ᵧ + F₂ᵧ + F₃ᵧ

Fᵧ = 0 N + 9 N + 12 N

Fᵧ = 21 N

To find the magnitude of the resultant force, use Pythagorean theorem:

F² = Fₓ² + Fᵧ²

F² = (3 N)² + (21 N)²

F = 21.21 N

To find the direction relative to the +x axis, use trigonometry:

tan θ = Fᵧ / Fₓ

tan θ = (21 N) / (3 N)

θ = 81.87°

The resultant force is 21.21 N at a angle of 81.87° above the +x axis (round as needed).

3 0
3 years ago
Identify the best measure of center for each visual representation of a data set.
Murrr4er [49]
I can’t see the picture
4 0
2 years ago
The car's motion can be divided into three different stages: its motion before the driver realizes he's late, its motion after t
jolli1 [7]

Answer:

B, C, D are valid assumptions

Explanation:

In each stage the acceleration of the car varies because the velocity of car varies in each stage. At first, the acceleration of the car is moving slowly.

Then, driver realizes that he is late so the acceleration of the car increases he hits the gas.

Finally, the acceleration decreases when he sees the police car.

In the first state when driver do not know, that he is late, he will drive with a constant velocity as any one does.

When the driver hits the gas and he does not know about the police vehicle, even then he may drive with constant velocity or he may accelerate the car due to fear of being caught.

In the last part of motion when driver see the police car, even than he may accelerate the car, but acceleration will be constant throughout the motion is not possible, or even than he may continue with constant velocity.

Hence, there are only three assumptions are valid.

B. During each of the three different stages of its motion, the car is moving with constant velocity.

C . The highway is straight.

D. The highway is level.

Note that the rate of change of speed is equal to the acceleration. The acceleration is constant if change in velocity of particle is equal in equal interval of time.

8 0
3 years ago
use the distributive property to express 16+48. please explain if you can or work it out so I can see how you got your answer. t
Rom4ik [11]
(40+10)+(8+6)
Hope I helped you
6 0
3 years ago
Electrically neutral objects become___when they or lose electrons.
madam [21]
If they lose an electron, that means they become more positive since an electron is negatively charged. So the answer is ‘positive’
7 0
3 years ago
Read 2 more answers
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