Yes she can so long as her grounded foot doesn't touch the ground again.
The force required to lift a 270 kg rock one foot off the ground is approximately 2646.6 Newtons. This is calculated by multiplying the weight of the rock (270 kg x 9.81 m/s^2) by the height it is lifted (0.3048 meters for one foot).
The table is merely metaphorical, he flips the ground itself and the earth used in the attack becomes as hard as Chrome Digizoid.
A heel snap turn is when you lift your foot slightly of the ground and tap it on your ankle leave it there while you do a turn (on 1 foot) then put it back down.
A heel snap turn is when you lift your foot slightly of the ground and tap it on your ankle leave it there while you do a turn (on 1 foot) then put it back down.
yes. a hurricane can lift a houso out of the ground.
The forward motion (when you throw it) and the design of the craft - creates lift under the wing. As the forward motion slows, the aircraft falls to the ground.
yes, but only halfway i know this because it's how my foot was fixed it still slaps onto the ground whenever i run, but i can lift it to a 90 degree angle
sometimes it will do either. If you are leaning then yes it will increase, but if you stand still it will decrease!
After you catch the ball, whichever foot touches the ground first is called your landing foot; if both feet touch the ground simultaneously, or if both feet are already on the ground when you catch the ball, then you can choose either foot to be the landing foot.Whichever foot is your landing foot, the other foot can be moved however you like, essentially so long as your landing foot stays in the same spot. Well, almost. To complicate things, you are allowed lift your landing foot off the ground, as long as your other foot remains still once the landing foot is lifted. You must also let go of the ball before your landing foot touches the ground again.Needless to say, you can't drag your landing foot, nor can you hop, skip or run with the ball. And you have to release the ball within three seconds.
To lift a 2-ton elephant, which is equivalent to 4000 pounds (2 tons x 2000 pounds/ton), you would need a force greater than 4000 foot-pounds. This is because the force required would depend on multiple factors such as the distance the elephant needs to be lifted and the efficiency of the lifting mechanism.
shove, lift, or throw with force