Want this question answered?
Pull harder on your end of the rope than the opposing team pulls on theirs.
A stationary transverse wave would be created.
The people in France believe that santa pulls his sleigh with a rope. If this rope happens to break, then his elephants will then pull his sleigh
Unbalanced forces produce a non-zero net force, which changes the object's direction. Imagine a tug of war: if the forces are balanced, the center of the rope will not move; with unbalanced forces, the team pulling harder will win.
Gravity and momentum.
You get a tension in the chain or rope.
The forces at work are balanced. Gravity is pulling the book (and the rope) down, and the rope exerts an equal and opposite force to keep the book suspended.
One force is never balanced or unbalanced. Two or more forces are balanced if their magnitudes and directions are such that they add up to no force at all. An example is: Two people in a tug-of-war. Each person pulls the rope as hard as he can, and the rope doesn't move ... just as if there were no force on it at all. If the forces don't add up to zero, then they're unbalanced. An example is: Two people pulling in the same direction on the same end of the rope.
whenever she pulls the puppy toward her W = F·d (work = force x distance), so unless she is moving the puppy she is not doing any work. When she just holds the rope, d=0 so W is also 0 While she is play with the puppy she is actually having a combination of work done on the rope (when she allows the puppy to pull the rope towards it), zero work (when she just exerts enough force to keep the rope from moving) and doing work (when she pulls the rope and puppy towards her)
Pulling is the main force in ropes, as you pullthe rope.
Find a item that you can put a rope over. Then take the rope and hook it to your underwear. Finally pull step forward pull harder andstep back tie both ends of the rope to each other pull it tight. There you GO!!!!
Both needs equal and opposite power. If the rope slippery, then holding the rope will be more important. If the floor is slippery, then floor not getting slipped is more important.