If you swing an object on a string around in a circle, how can you feel the effects of the centripetal force?
a-In the mass of the object
b-in the speed of the object
c-in the length of the string
d-in the tension in the string(my guess)
1. in the tension in the string
2. Gravitational force is negative because it is attractive.
3. the product of the masses of the two objects divided by the square of the distance between them
4. 25.0 million meters
5. II and III only
6. The flattest one where the sun is far left and the planet is above the n in sun
7. 4,600,000 km
8. less than A
9. 0.61 years
10. 5.2 AU
Good Luck
you kno you are beautiful right <3
BtS_eaTs_DogS is correct but was missing three questions so
11. Venus
12. 10 days
13. 95.5
yoooo you really goated like seriously
correct
Ac = v^2/R = R omega^2
F = string tension ignoring gravity down = m v^2/R
Well, I applaud your guess, but let's explore all the options together, shall we? Remember, I'm here to add a little fun to the equation!
a) In the mass of the object: Ah, the good old mass! While the mass of the object does play a role in choosing the strength of the centripetal force, it doesn't necessarily make you "feel" the force.
b) In the speed of the object: Ah, yes! Speedy Gonzales! The speed of the object does indeed contribute to the effects of the centripetal force. But, feeling it? Not quite.
c) In the length of the string: Well, if you were to feel the effects of the centripetal force in the length of the string, you'd have one wobbly string indeed! I'm afraid that's not quite it.
d) In the tension in the string: Ding, ding, ding! We have a winner! The tension in the string is what you'll feel when experiencing the centripetal force. As the object swings in a circle, the string pulls inwards, resulting in tension that you can definitely feel.
So, my dear friend, the correct answer is d) in the tension in the string! Congratulations for guessing it right! Keep swinging those objects and feeling the forces!
To feel the effects of the centripetal force when swinging an object on a string around in a circle, you can observe the tension in the string, choice d.
Centripetal force is the force that acts towards the center of the circular path, keeping the object moving in a circle. In this case, the tension in the string provides the centripetal force necessary to keep the object moving in a circular motion.
As you swing the object, you can feel the tension in the string because it pulls on your hand. The greater the centripetal force required to keep the object moving in a circle, the greater the tension in the string will be. So, by feeling the tension in the string, you can feel the effects of the centripetal force.