answersLogoWhite

0


Best Answer

The magnitude of the balls displacement is 9 meters.

User Avatar

Wiki User

11y ago
This answer is:
User Avatar

Add your answer:

Earn +20 pts
Q: A ball is rolled uphill a distance of 3 meters before it slows stops and begins to roll back the ball rolls downhill 6 meters before coming to a rest against a tree what is the magnitude of the balls?
Write your answer...
Submit
Still have questions?
magnify glass
imp
Related questions

What athlete broke one of his ski straps right before at the 1956 winter olympic games ight before he raced in downhill ev?

what athlete broke one of his ski starpes right before he raced in the downhill in 1956


How can you used the word magnitude in a sentence?

It was of a high magnitude.They may feel discouraged at the magnitude of the task before them.


If you exit a freeway with a ramp that curves downhill yousould?

slow to a safe speed before the curve


As an object moves downhill some of the energy is?

Before it rolls downhill, it has gravitational potential energy. As it rolls downhill, part of this potential energy is converted into kinetic energy (including rotational energy); due to friction, this will soon be converted into waste energy, mainly heat.


What things must an astronomer measure to calculate a star's absolute brightness?

Telescopes, combined with spectroscopy are used for the colors. The apparent brightness can be measured using a telescope with a special "CCD camera". To measure the "real" brightness ("absolute magnitude") you also need to be able to work out the distance to the star.


What may absolute magnitude be interchanged with?

Please read the discussion post first before answering.


When going downhill in a car what gear should you be in?

may be second gear or third gear with preparetion before you go down hill


How does the size and distance of two objects affect gravitational pull and apparent magnitude of the objects?

-- The size of the objects has no effect on the gravitational forces between them.The magnitude of the forces depends on the product of their masses, which arenot necessarily related to their size.-- The gravitational force between them decreases according to the square of thedistance between their centers. That means that if the distance doubles, the forcebecomes 1/4 as great, and if the distance multiplies by 5, the force becomes 1/25 as great.-- I don't understand what is meant by the "apparent magnitude of the objects".==========================Oh, wait! Don't go away. Are you talking about the apparent brightness of a staras its distance from us changes ? (There I go again ... changing an incomprehensiblequestion into one that makes sense, before I start laboring to answer my own question.)-- The apparent brightness of a light source acts according to the same "inverse square"law as the gravitational force does.-- Each "magnitude" of brightness of a sky object is actually a ratio of 2.1544 .(The 6th root of 100 . . . Don't ask!)-- So if I'm handling this correctly, that means that every time you move a starabout 1.4678 times farther from us, it appears less bright by 1 magnitude.


Is a force a type of energy?

No. A force has to be applied through a distance before it becomes energy.


What are the advantages of estimating size or magnitude of physical quantity before it is measured?

So that you can immediately spot an outlandish, bogus, unreasonable result of the measurement if that happens, and repeat the measurement. In other words, to guard against the dreaded Curse of the Calculator . . . blindly accepting whatever appears before you, without question, and looking foolish when you report it.


Why is it helpful to make a magnitude estimate before you answer the question in math?

That way, if your calculations are way off, you will notice.


Is it against the law to drink before work in Oregon?

is it against the law to drink before work