Will it tip left or right?

will it tip left or right?

Attached: tip left or right?.jpg (600x403, 19K)

It won't move

If the amount of water takes up the same volume on both sides it won't tip to any side, because the scale is (gravitationally) a closed system. The force of buoyancy on the left side doesn't add to the sytem, because buoyancy is a actually a direct consequence of gravity itself. The weight force of the steel ball doesn't add to the system, because the force has no point of attack.

The gravitational forces of both the pinp pong ball and the steel ball are completely negligible.

It will tip to the right.

Both sides exert a buoyancy force. Left sides buoyant force (upward) is canceled by the force (downward). The force of Buoyancy is equal to the weight of the water displaced. Since both spheres displace the same water, the total force is equal. However, the Right side exerts the buoyant force only upon the water downwards.

Therefore scale will tip to the right.

>The weight force of the steel ball doesn't add to the system, because the force has no point of attack.

Not true, in order to exert an upward buoyancy force, the steel ball must push down on the water.

the steel ball is held up by tensile force, which is held up by normal force

That would be the case, if the system was still in motion and not static. In this case, the buoyancy force is completely negated by the normal force of the framework.

Dumb, disgusting, brown eyed, double digit iq mongrels detected.

Not true.

The buoyancy of the force is contrapositive to the determinant of the system's moment of inertia.

Oh look, a 19 year old kid who thinks that taking Calculus in high school makes him a genius.

Grow the fuck up Alfred Einstein!

>buoyancy of the force
>determinant of the system's moment of inertia

You have no idea what you're talking about, right?

I operate on a whole nother level of left-right brain capacity,

it doesn't move
the weight of the ping pong ball and the bouyant force cancel each other out, although theres more mass in the left system, the right system exerts force downwards, but since the ball is suspended the force drops more and more when the scale is tilted right (so the more it gets tilted theres less of force to tilt it), the left system has more mass and more gravitational weight pulling it downward, but as the scale tilts more to the left theres more downward push on the right side, which in turn would tilt it to the right
all in all when you add all the vectors up you get nothing and the scale doesn't move

Ping pong ball will tip down. Mass of ball and air in it are weighing down scale. Steel ball is not.

For similar result, weigh an empty balloon and a balloon full of air. Full balloon is heavier.

Accurate.

>not giving an answer cuz he doesnt know
>hurr durr you guys are dumb!

Bleach plz

Attached: 1243654745745.jpg (225x225, 8K)

left side = water + pingpong ball
right side = water
so left side
if im wrong ill remove my right nut

Bump

steel ball doesnt move anywhere in space but water tries to push it upwards with buoyancy in the result it pushes itself away from it
left side will go up

These threads with basic tasks that are meant for white first grade children always reveal that nonwhite mongrels browse Yea Forums
What happened?

>basic tasks that are meant for white first grade children
Have you been to elementary school?

Yes, in my school we had much harder tasks and we could all do them. But that's because we were all white.

>Faggot can't work it out
>Fails logic and critical thinking
>Stunted amygdala, starts trying to abuse people on Yea Forums kek

Veritasium has vid on this, it will tip to steel balls side

Right

I'll take that as a 'no' .