I have the same question omg I don’t know how to answer
Pull it at a straight angle.
ITS LIKE WHEN THERE IS A STICK STUCK DOWNWARD INTO THE GROUND AND YOU WANT TO TAKE IT OUT. YOU WILL PULL IT UPWARD. Sorry for capitalisation.. Hope this helped, :D
you can push pull slide drag lift use a cart some tools
Times the objects weight (In kilograms) by (approximately) 9.81 to get the objects mass on Earth. This figure, is the amount of Newtons (N) needed to overcome the pull of gravity. Example. A cat weighs 10Kg. 10X9.81 = 98.1N It would take 98.1N to lift this cat off the ground.
Depends on the person and configuration. In general, you can push more than you can pull, because to pull you are limited to some proportion of your body weight, whereas when pushing you can use the pushed mass to increase your traction.
Pull your wagon on a straight angle. Easy as that! :D
drag you pull across the ground lift you pick up and take around
Pull it at a straight angle.
It is easier to pull a wagon on the sidewalk than on grass because the wheels of the wagon roll more smoothly on a hard, flat surface like the sidewalk, compared to the uneven and soft surface of the grass which creates more resistance. The sidewalk provides a stable and firm base for the wheels to move efficiently.
It is easier to pull a heavy load that is on wheels or rollers, than to carry the weight, or drag the load along the floor.
force
force
Drag it out with your mouse, then click on the lock and it will open automaticaly! Good Luck! *aya*
they pull their penis and balls back, if they have big penis its easier to place your penis in between your butt.
To attach a bicycle to a wagon for easier transportation of goods, you can use a tow bar or hitch to connect the two together. This allows the bicycle to pull the wagon along, making it easier to transport goods. Make sure the connection is secure and that the weight of the goods is evenly distributed to ensure safe and efficient transportation.
In this scenario, the relationship between the forces would be P = F + f. This equation represents Newton's third law of motion, which states that for every action, there is an equal and opposite reaction. The pull of the wagon on the horse (P) is equal to the sum of the reaction force of the horse (F) and the frictional force between the wagon wheels and the ground (f).
1. use ropes to pull the wagon. 2. use 12 oxen to pull the wagon.