B. 1.5 × 102 meters/second2
C. 78.6 meters/second2
D. 6.5 × 10-3 meters/second2
Answer:
1.5*10^2 meters/seconds^2
Explanation:
I got 100% on my test
Answer:
Increases the input force and decreases the input distance
Explanation:
When a force is applied over a given distance, there is an inverse relationship between the applied force and distance. Example is a tommy bar, when the length increases the force required decreases. This principle is applied to this wrench.
It is B, I honestly didn't know
magnitude, only
neither magnitude nor direction
direction, only
both magnitude and direction
Answer:
both magnitude and direction
Explanation:
The worker's pull on the handle of the cart is best described as the force having both magnitude and direction.
In this case, the worker is pulling the cart towards a specified direction.
Therefore, the fitting choice is both magnitude and direction.
The pull on a cart's handle by a worker is a force, which in physics, has both magnitude and direction. The magnitude is how hard the pull is and the direction is where the pull is heading to.
In physics, the worker’s pull on the handle of the cart can best be described as a force having both magnitude and direction. Force is a vector quantity, meaning it has both magnitude (the strength of the force) and direction. For instance, when pulling a cart, the force magnitude would relate to how hard you are pulling, while the direction would be the way you are pulling towards. Without both components, the force cannot be fully described or accurately calculated.
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