In terms of strict physics, it doesn't matter - the overall increase of potential energy is the same. In terms of human effort, it'll be easier doing two short lifts rather than one long.
It is less work to lift the object all the way to its final destination in one step.
The bag of sugar now has additional potential energy equal to two shelves of height, the work done being additive to the final state (and in both cases positive work). The sugar may now also be at a more convenient location.
The amount of work is the same wheater the bag is moved all at once or in two stages provided the total height lifted is the same in either case
the job gets easier the higher you lift the object
No
4
1 joule = 1 newton-meter 800 joules = 800 newton-meters = (200 newtons) x ('H' meters) H = 800 N-m / 200 N = 4 meters
Yes very very slightly.
the job gets easier the higher you lift the object
No
zach is amazing
4
0 / 200 = 0 meters.
The Ross Ice Shelf -- as large as France, is one, and another is the Ronne Larsen Ice Shelf.
Ledge
The height of the shelf can be calculated using the formula: work done = force x distance. In this case, the work done is 40 J, the force is 10 N, so the distance (height of the shelf) can be calculated as 40 J / 10 N = 4 meters.
Accessibility, visibility, and organization. Placing a book on a shelf also helps protect it from damage or loss, making it easier to find and read when needed.
Top shelf has one plant, second shelf has three plants, third shelf has five plants, fourth shelf has seven plants and the bottom shelf has nine plants. 1+3+5+7+9=25
up youre bum second shelf on the left
shelf,blot,grim,build,sum