Use, Workdone= Force x distance Now, Work Done = 1 Mega Joule= 1x10^6 Joule
Force= massxg=1x9.81=10(approx.)
distance=work done/ force
=1x10^6/10=1x10^5 meters or 100 km .
so you can lift a kg 100 kms(approx.) using 1MJ of energy.
Hope this answers your question .
i have this same question in my science book
The mechanical advantage of the block and pulley you are using, or the engine of the fork lift truck if that is what you are using.
hoist
no
yes
i have this same question in my science book
i will hurt is all i can say
The vehicle could fall on you, hurting you or the vehicle. you could damage the vehicle. You can damage the building housing the lift. It could break while the vehicle is in the air and you will have trouble getting it down.
No, the weight of a gyroscope does not change, only the torque it exerts on something.
It means to have a fivesome with germen women in a lift using a carrot
The mechanical advantage of the block and pulley you are using, or the engine of the fork lift truck if that is what you are using.
Please help me lift this bale of hay.
You should check out the lift apparatus before using it. If there's a malfunction, it can pitch you forward. Since lift chairs are made for people with mobility issues in the first place, this could cause serious injury.
The amount of weight that one person could lift if using all 600 muscles at a time is unknown until you know the strength of the individual's muscles.
650
Lift weights :-) Lift weights :-)
Depending on the type of lift you could get mauled by the machinery or you could go back down the lift in the cabin...