They travel at the same rate of speed
Answer:
optical axis also called: central axis or principal axis
Explanation:
Spherical mirrors can be concave or convex. Every day we find them in our homes: Christmas balls, casseroles, spoons. If you experiment with them you will notice that the image they reflect does not have the same characteristics as in flat mirrors. In reality, these characteristics depend, among other questions, on the type of mirror and the distance at which the object is located.
Main elements of a spherical mirror:
- Radius of curvature: is the radius of the sphere to which it belongs.
- Mirror vertex: it is the cap pole, it is located at the point of contact between the main optical axis and the mirror.
- <u>Main optical axis</u>: is the line determined by the vertex or pole and the center of the curvature.
<span>Nitrogen trioxide is the best name for NO3.
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The answer is Newton's 3rd Law. The reason why is because a force is a push or a pull that acts upon an object as a results of its interaction with another object. ... These two forces are called action and reaction forces and are the subject ofNewton's third law of motion. Formally stated, Newton's third law is: For every action, there is an equal and opposite reaction.
Answer:
Though there is no chart on my screen, I can give you the correct information to solve the question without knowing what it looks like. Assuming that this track has slopes and or ramps of any kind, the place where it would have the most potential energy would be at the highest point of this ramp, or and the highest point on the track. This would also mean that it would fall the farthest. The highest kinetic energy would be at the lowest part of the ramp, after its used the slope to its full ability. But this would also be before it hits flat ground, or starts going up another ramp. This would be the point where it would be going its fastest.
Explanation:
