500 N
Gravity, which force will equal the weight of the books
Well weight is the amount of earths gravity pulling down on an object and it can feel heavy or lite and you feel it by picking the object up or pushing or pulling it
We could actually solve that if we knew ==> the weight of the piano,and ==> the distance between floors.The power is:[ (weight of the piano in newtons) x (distance between floors in meters) / 10 ] watts.
weight
AnswerA single pulley can change the direction of a pulling line. The direction change may help in pulling the line over a corner or around an obstacle. Or the direction change may allow better use of the available pulling force. Also, the single pulley can relocate the pulling point.For example, suppose we wish to lift a weight some distance into the air. If I am the pulling force, then my first problem is that I cannot lift the weight any higher than I can reach. But if the pulling line is looped over a pulley some distance above my head, relocating the pulling point, I can potentially lift the weight just about up to the pulley's height. And now the pulley has given me another advantage. I can leverage my own weight, pulling down on the line, to lift the weight upward.
12j
Being water makes no difference, this is just 1000kg falling 60 meters, so it is the same as the energy required to raise it by 60 meters. A weight of 1000 kg exerts a force of 9.81 x1000 Newtons, and if this is raised 60 meters will require 9.81 x 1000 x 60 joules of work to do this.
How might you handle a situation where someone in your online group is not pulling their weight?
Meters is a measure for lengthGrams is a measure for weight
Fix pulling might refer to refining your golf stance to fix the pulling that occurs when you have too much weight on one leg or the other rather than balancing equal weight on both legs.
I believe it is approximately 1.13 cubic meters (1.13 litres will lift 1 gram; do the math.
Gravity, which force will equal the weight of the books
Well weight is the amount of earths gravity pulling down on an object and it can feel heavy or lite and you feel it by picking the object up or pushing or pulling it
because gravity is pulling the weight down...
We could actually solve that if we knew ==> the weight of the piano,and ==> the distance between floors.The power is:[ (weight of the piano in newtons) x (distance between floors in meters) / 10 ] watts.
yes
weight