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The force in a kick to the head can vary depending on the strength and speed of the person delivering the kick. It can range from a few hundred to over a thousand pounds of force, which can cause significant damage or injury to the recipient.
I would estimate about 240 Newtons
A crater, but usually basins are much bigger than your average crater. So they are known by another name since often their characteristics are slightly different; the proportions of the impacting object are larger.
False. Air itself will exert no force, gravity would be exerting a force on your head and as a consequence it would be the force of gravity acting on you and as gravity has a constant downwards force of 9.81m/s this would be the force acting on you. Short answer, no air doesn't execute such an extreme force on your fragile head. Hope this has been helpful
To calculate the head force required to create 1 psi (pound per square inch) of pressure, you can use the formula: Head Force (lbs) = Pressure (psi) x Area (in2). The actual value of the head force will depend on the specific area over which the pressure is being applied.
It is extremely difficult to quantify the exact amount of force needed to pull a human head off the body as it varies depending on factors like the position of the head, the strength of the neck muscles, and other anatomical considerations. However, it would require a significant amount of force well beyond what could be applied by human hands.
No, hitting your head at 15 mph will result in less force and impact compared to being hit with a sledgehammer. The force generated by a sledgehammer is much greater due to its weight and speed of impact, which can cause severe damage to the head and brain.
A lot, but that doesn't mean it'll take a lot to injure your head.
A screwdriver can damage the slot(s) by deforming the screw-head by either too much force or by using the improper size of screwdriver .
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Not Much Force was created on 1915-08-04.
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