inertia
As force acting in a circular path is always tangential to the path
The circular path that the stone follows is. It takes centripetal force to move any mass in a circular path.
It goes horizontally. The string is the only force that is keeping the rock from going in a straight line (the rock will go in a straight line in the absence of a force because of its "inertia") Thus, if the force is removed when the rock's instantaneous velocity is horizontal, it will continue to travel horizontally thereafter (in the absence of gravity, another force)..
For this hammer a nail very close to the object into the object and hang the string on that nail. Then let the string with weight stop swinging (best to do it in an enclosed room with no wind). When the string stops swinging, if the straight-edged object is parallel with the string, then the object is completely vertical
In an acoustic guitar - it's a combination of the string vibrating, and the sound being amplified by the tone hole. In an electric guitar, the vibrating string causes current to flow in the pick-up coil - which is then fed to an amplifier.
As force acting in a circular path is always tangential to the path
Something breaks the circuit.
follow a straight -line path
Picture a ball on a string being whirled about the head of an experimenter. If the string breaks, the centripetal force disappears. The ball leaves on a tangent path form its (previous) circular path. Yes, it's that simple. The string provided centripetal force, by virtue of its tensile strength, to the ball to keep that ball moving in a circle. When the string broke, there was no force left to accelerate the ball "in" and keep it moving in an arc.
If you allow the string to wrap around the finger, as the radius diminishes, the force on the string increases , according to : > force = mass (of stone) * (velocity2 / radius) (assuming the velocity remains constant)
inward
It means you need a stronger string. Try using picture wire instead of string.
The circular path that the stone follows is. It takes centripetal force to move any mass in a circular path.
the ruler is straight and the string is not so it makes it harder for you to measure the string
It goes horizontally. The string is the only force that is keeping the rock from going in a straight line (the rock will go in a straight line in the absence of a force because of its "inertia") Thus, if the force is removed when the rock's instantaneous velocity is horizontal, it will continue to travel horizontally thereafter (in the absence of gravity, another force)..
well that depends. if you are holding your bow and it breaks then you could get hurt and your bow could possibly break. if it breaks when your not holding it, then it might damage your bow. if it doesn't damage your bow, you can take it to be restrung or do it yourself. be careful of dry-releasing (pulling back the string without an arrow on it) because you can break the string and/or break your bow.
Use a string for a straight line.