Question
QUESTION 10/ 10
The magnitude of a force is:
how fast an object moves when it is pushed how long it takes to push or pull an object
how far an object moves when it is pushed
The magnitude of a force is:
how fast an object moves when it is pushed how long it takes to push or pull an object
how far an object moves when it is pushed
Ask by Murphy Maxwell. in the United States
Mar 19,2025
Upstudy AI Solution
Tutor-Verified Answer
Answer
The magnitude of a force is its strength or size, not how fast, how long, or how far an object moves when pushed.
Solution
- The “magnitude of a force” refers to the strength or size of a force, not its effect on the motion of an object.
- In physics, the magnitude is the numerical value of the force without regard to its direction. For example, if a force vector is given by
then its magnitude is calculated by - The options provided describe outcomes associated with applying a force (speed, duration, distance moved), not the intrinsic strength of the force itself.
None of the provided options correctly describe the magnitude of a force.
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Simplify this solution Beyond the Answer
The concept of force is rooted in the work of Sir Isaac Newton, particularly his Second Law of Motion, which states that force equals mass times acceleration (F=ma). This means that the strength of the force depends not just on how hard you push, but also on the mass of the object you’re pushing and how quickly you want it to speed up.
In real-world terms, understanding the magnitude of a force is crucial in various fields, from engineering to sports. For example, engineers must calculate the forces acting on buildings to ensure they can withstand winds and earthquakes, while athletes benefit from knowing how to apply the right amount of force to improve their performance—like a sprinter exploding off the starting blocks!
