I am sorry but I don't know what the answer can be
Answer:
The correct option is greater mass.
Explanation:
- The force on the rifle is equal to the force on the bullet, according to Newton's third law, which states that every force has an equal and opposite response. The rifle, on the other hand, has a higher mass, hence its acceleration is smaller than the bullet's acceleration.
- We should know that according to Newton’s 3rd law of motion, if one object M exerts a force FM on a second object N, then N simultaneously exerts a force FN on M, and the two forces are equal in magnitude and opposite in direction:
ma= constant, here ‘m’ is the mass and ‘a’ is the acceleration. If acceleration ‘a’ of rifle is less than its mass ‘m’ should be more.
Hence, the correct option is (c)Greater mass.
For more information about Newton's 3rd law of motion, visit
brainly.com/question/12399890
Aha! This is a fun question, likely AP Physics 1 if I'm not mistaken. This is how you solve it, you need the following equation.
Now on this question you don't need to actually use the mass and diameter of the earth as we are only
looking at the
factor of how much your weight would change, so you can just plug in some random numbers for the mass and radius. In my case I will use the original radius as being
2 meters and the original mass of the earth as being
20kg. You can actually just omit the mass of your body and the gravitational constant isn't necessary to be multiplied by because they will remain the same in both scenarios.
Original weight:
So the original weight in this circumstance is 5N. Now then if we double the mass to
40kg and the radius to
4m you will have the following.
So the original weight was 5N and after doubling the mass and radius the weight reduced to 2.5N. This means the factor which your weight would change by is .5 or decrease by 1/2.
I hope this helps you :) You can ask me if you have any additional physics questions.
<span>Magnetic separation takes advantage of differences in the magnetic properties of minerals. Minerals fall into one of three magnetic properties: ferromagnetic, paramagetic and diamagnetic</span>
Answer:
(a) E = [2ξ] / [1+2]]
(b) S = k.ln(1+2) + [ξ] / T[1+2]]
(c) S = k.ln 3 (These values directly obtained from the result of (b) when T⇒0 & T⇒∞.)
Explanation:
Given:
One of three quantum states labeled by the quantum numbers m,
Where m = -1 , 0 or 1
A nucleus has the same energy E= e in the state m = 1 & m = -1
Compared with an energy E = 0 in the state m = 0.