if the space is a total vacume then there is nothing to be peressurized to begin with but since there is an explosion there has to be some matter to cause it so in the breif moment when it does go off there should be pressure on theouter part of the confinde space and a vacume in the center of the explosion due to the fact that the matter is being exerted out ward
Their are a lot of chemicals in a nuke which makes an explosion on impact because of metal.
Never. The first nuclear explosion was on July 16, 1945 in the Journado Del Meurto inside what is now Whitesands Proving Grounds.
A nuclear power station can not create a nuclear explosion. What CAN happen is that hydrogen could build up inside of the containment dome and if the build up becomes too intense, it can cause a hydrogen explosion, like the one in Japan recently. This explosion is dangerous only if you are close to it and are hit by the concussion or by the debris that is flying from the explosion. If this explosion is too large, it can damage the containment dome surrounding the reactor and this, in turn, releases some radioactive gases.
Dynamite's explosive power comes from the nitroglycerin inside of it, which is very sensitive to shock. If caught inside of an explosion, dynamite would go off.
It is the inverse of an explosion, the force and energy "move" to the inside of the imploding object. When a star implodes it collapses into itself, decreasing in volume.
Inside of an oxygenated and pressurized bubble you can.
Because the cabin inside the plane is pressurized?
Only to those sounds inside the pressurized space suit or spacecraft you are in.
They were working when there was an explosion that trapped them inside.
The canister is actually pressurized to balance the pressure inside the container with the pressure inside the tennis balls. This will prevent the balls from going flat. The pressure inside the balls is 12 psi over the normal air pressure (for comparison, the pressure in a car tire might be something like 32 psi). The rubber shell of a tennis ball isn't enough by itself to keep the ball bouncing high, so the pressurized air inside the ball makes it springier. Even though the rubber shell may seem impermeable to air, it isn't. It slowly lets out air until the pressure inside the ball equals the air pressure around it. The pressurized can prevents this from happening until it's opened.
yes, women can ejaculate fluid because of the glands inside the vaginal wall. if there is enough fluid, it wil become pressurized as a woman orgasms
The arrangement of star pellets inside the shell.
Directly inside a nuclear explosion the temperature is several million degrees. At this temperature everything turns to plasma (highly ionized gas). You would not become ash, dust, or get charred; you would vaporize to gas and most of the electrons would be stripped from the atoms of the gas. Sometime later as this material cooled your atoms would condense out on tiny particles that had been lifted by the updraft into the mushroom cloud and you would become part of the radioactive fallout.Note, you could not be at the exact center of a nuclear explosion, as this point is inside the physics package of the device which is usually much smaller than a human.
there are no labs that i know of that are over pressurized but biology labs or chemical weapons labs or other labs with dangerous substances are negatively pressurized meaning the pressure inside is reduced so when the door opened air would be sucked into the lab preventing dangerous substances in the air to escape the lab.
Space shuttles are pressurized so that the oxygen stays inside the shuttle.
A damaged coil built inside the oxygen tank sparked inside the tank and caused the explosion
That depends on whether the ship is pressurized or not. Wearing a suit might also be a precation in the event of depressurization.