depends how big the ball is >.>
outside:cut the red one with the green string then cut the green one with the blue string next you cut the red string on the pipe then cut the orange ball with the green string then you cut the blue string on the pipe then cut the red ball with the yellow string inside:i have no idea.
Two possibilities: The line is linear over some of its length and then goes non-linear (or the other way round: Think of a mass, at the end of a string, being swung in a circle. Then the string is cut. The motion of the mass would have been circular (lon-linear) until the instant the string was cut and then linear, as it flies off into a tangent. Or The line is linear from one perspective but not from another: Think of the trajectory of a ball that is thrown up at an angle to the horizon. If seen from above, the ball travels in a straight line (linear) but if seen from the side it follows a parabola (non-linear). Hope that helps.
The steel ball with model of Ø120㎜、Ø100㎜、Ø80㎜ should be added。
Use a straw to suck that ball Take it out from the other end of the pipe Use some sticky chewing gum on the end of a bit of string, or a cane - also handy for getting screws and things off the floor when you drop them down between things Fill the pipe with water and the ball will float out. Turn the pipe upside down Answer Use a vacume cleaner.
Swinging a ball on a string around your head demonstrates the concept of centripetal force, where the force is directed towards the center of the circular motion to keep the ball moving in a curved path. This creates tension in the string to prevent the ball from flying off. The speed and distance of the ball depend on the force applied and the length of the string.
Moons orbiting a planet are in a stable gravitational equilibrium, where the gravitational force pulling the moon towards the planet is balanced by the centrifugal force pushing the moon outward. This balance allows the moon to maintain its orbit without falling into the planet.
The kitten was playing with the ball of string as the gardener tied up his fruit trees.
That would be called a ball gag.
Replacing the steel ball with a wooden ball would slightly reduce the period, a lead ball would very slightly increase it and a ping pong ball would reduce the period substantially.The period of the pendulum is proportional to the [square root of] the length of the pendulum from the pivot (hanging point) to the centre of the mass of the string and the bob. For a dense material like steel or, even more so, lead, the weight of the string is negligible and the centre of mass of the-string-and-bob will be at the centre of the bob so that the effective length of the pendulum would be from the pivot to the centre of the bob. With a ping pong ball, the mass of the string is no longer quite as insignificant and so the centre of mass of the-string-and-bob will be higher than the centre of the ball and so the effective length of the pendulum will be shorter.
It would require an extremely large number of balls of string to reach the moon, due to the moon's distance of about 238,855 miles from Earth. The exact number would depend on the length of each ball of string, but it would be in the billions or even trillions.
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.
depends how big the ball is >.>
The collective noun for string is a ball of string.
The tension in the string, which prevents the ball continuing forward in a straight line.
So he would find his way in the labyrinth of the Minotaur.
Fixed floor to ceiling is a Speed Ball