1 mile
1 mile
Chemical explosives may be low or high explosives. Low explosives, such as black gunpowder, actually burn- but at a very high speed. That burning produces a rapidly expanding gas. The gas exerts a push on things around it, and can propel bullets, break rock, etc. High explosives are unstable chemicals, usually in the nitrate or chlorate families. When enough energy is put into them, they react by dropping to a lower energy state. In doing that, they rapidly give up the stored chemical energy in the form of heat, formation of gasses, and blast. The exact chemical reaction varies from one explosive to another.
The force of his kick managed to propel the ball high into the air, and past the goalkeeper's outstretched arms. Jet skis use streams of water to propel themselves across the surface. The speed gained moving down the ramp will propel a ski jumper through the air.
Yes
Yes because the energy stored in the bow (ideally) is the force times the distance. 1 metre drawn against a force of 100 pounds (445 Newtons) gives a potential energy of 445 Joules. That energy converted totally into kinetic energy in a half-pound arrow could propel it at 44 metres/sec, or 98 mph.
1 mile
1 mile
Mostly to propel rockets, those going into space, and those carrying explosives.
the same as propel is tug.
no,you can not propel a boat because propel means to push or drive forwards
Yes.Project Orion from the mid 1950s until 1963 worked on using nuclear explosives to propel a payload from earth's surface to orbit. By cancelation in 1963 (due to Atmospheric Test Ban Treaty) the project had completed its studies and was ready to begin construction of a prototype. This is a direct example of the possibility of using nuclear explosives for their energy not their destructiveness.
The boat PROPEL by the rowers rowing
PROPEL Berhad was created in 1988.
The pH level in propel is 4
It's got wings to propel it
Chemical explosives may be low or high explosives. Low explosives, such as black gunpowder, actually burn- but at a very high speed. That burning produces a rapidly expanding gas. The gas exerts a push on things around it, and can propel bullets, break rock, etc. High explosives are unstable chemicals, usually in the nitrate or chlorate families. When enough energy is put into them, they react by dropping to a lower energy state. In doing that, they rapidly give up the stored chemical energy in the form of heat, formation of gasses, and blast. The exact chemical reaction varies from one explosive to another.
propel is spin then the antonym is staying still