smaller mass, bigger velocity.
The release of a large amount of energy in a short period of time causes the greatest damage in an explosion. The shock wave generated by the explosion can damage structures, cause injuries, and lead to loss of life. Additionally, the heat and fire produced during an explosion can also contribute to the extent of damage.
The release of energy in an explosion causes the greatest damage, as it generates a powerful shock wave that can dismantle buildings, rupture organs, and cause severe injuries. The heat and debris thrown off by the explosion also contribute to the overall damage.
The greatest damage in an explosion typically occurs at the center of the blast due to the intense pressure wave and heat generated. The shock wave from the explosion can cause structural collapse, shatter glass, and propel debris at high velocities, leading to widespread destruction. The extent of damage also depends on the size and type of the explosive device as well as the surrounding environment.
Fragments from a 1-pound bomb can travel upwards of 300 feet, but factors such as the type of explosive, environment, and obstacles can impact the distance. The fragments can cause significant damage and injuries within this radius.
A loud explosion will produce a sudden release of energy, resulting in a powerful shockwave. This shockwave can cause damage to surrounding objects and structures, including shattered windows and structural collapse. Additionally, explosions can create loud noise levels that may result in hearing damage or cause disorientation.
Shrapnel,Named after Henry Shrapnel an English artillery engineer who invented an anti personel shell that shattered into metal fragments on detonation.
blast wave
Yes, it did.
Nuclear weapons cause the greatest damage in explosion. This will affect even the atmosphere for a very long period of time.
The release of a large amount of energy in a short period of time causes the greatest damage in an explosion. The shock wave generated by the explosion can damage structures, cause injuries, and lead to loss of life. Additionally, the heat and fire produced during an explosion can also contribute to the extent of damage.
The release of energy in an explosion causes the greatest damage, as it generates a powerful shock wave that can dismantle buildings, rupture organs, and cause severe injuries. The heat and debris thrown off by the explosion also contribute to the overall damage.
Metal fragments in the fuel can damage any engine! They clog fuel lines, injectors (if the engine has them) and fuel filters, causing problems getting enough fuel to the engine. The fragments that make it through to the cylinders can cause scratches in the cylinder walls, the intake and exhaust valves. These prevent good seals and reduce the power of the engine and can eventually cause permanent damage.
The greatest damage in an explosion typically occurs at the center of the blast due to the intense pressure wave and heat generated. The shock wave from the explosion can cause structural collapse, shatter glass, and propel debris at high velocities, leading to widespread destruction. The extent of damage also depends on the size and type of the explosive device as well as the surrounding environment.
Mt. Helena once erupted, and the explosion was 20 x the explosive power of an atomic bomb.
Fragments from a 1-pound bomb can travel upwards of 300 feet, but factors such as the type of explosive, environment, and obstacles can impact the distance. The fragments can cause significant damage and injuries within this radius.
A loud explosion will produce a sudden release of energy, resulting in a powerful shockwave. This shockwave can cause damage to surrounding objects and structures, including shattered windows and structural collapse. Additionally, explosions can create loud noise levels that may result in hearing damage or cause disorientation.
May cause engine stop. And if the aircraft is standing still with fire around it, the flames can enter the vent holes for the fuel tanks and cause explosion.