Answer:
The force pulling the large rock down is greater, but it takes more force to move it.
Explanation:
There's a greater force on the large rock, but it's harder to move because of its large mass. The force on the golf ball is smaller, but it has less mass, so it doesn't take as much force to move it.
So a large force on a large mass will have the same acceleration as a small force on a proportionately small mass.
There actually three assertions here: one in A and two more in B.
All three assertions, as well as the reasoning described in this mess, are all False.
The correct choice from the list is e), but that doesn't even describe the complete Falseness of this disaster.
I guess it's found below the horizon? maybe. or it could be B.
Answer:
B. Directional speed........
The direction of this vector is 170° from the positive x-axis.
- Vectors are physical quantities with both magnitude and direction
- To identify the direction, we usually use angles and take a reference axis
- The vector in the diagram is 80° to the left of the positive y-axis, so the direction of the vector is 80° + 90° = 170° anti-clockwise from the positive x-axis.
- Scalars are physical quantities which have only magnitude
- Examples of vector quantities are displacement, velocity, acceleration, force etc
- Examples of scalar quantities are distance, speed, volume, density, mass, time etc
- The direction of the given vector is 170° from the positive x-axis.
Learn more about vectors here:
brainly.com/question/26700114
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