If you were think that it takes all your force to break you composite hockey stick think again. It actually depends how much the stick have has been flexed foe example if you stick has been flexed about 100 times you can get a really hard pass and the stick will break.
It's not in the actual force but where you hit it, and how you hit it. I have a friend that shattered hockey glass from a fairly weak slapshot but he hit it in just the right place to make it shatter down.
The rating for a hockey stick's breaking point is 2,000 pounds per square inch. If it is an older stick, the needed force would be significantly reduced.
The stiffness of a hockey stick is called flex. Flex ranges from 1-100. The higher the number the stiffer it is.
yes easily because they are made of a much denser wood and are coated with plexi glass I play street and ice hockey and trust me I have done it before!
it takes about 9 pounds of force to break your arm
There is no exact amount because there are many things that make all glass different. First there are things called flaws. These are things such as scratches, chips, etc. The size and the thickness also determine how much force is needed. The thicker and smaller the pane, the harder it is to break. It also depends on the type of glass. The most common are soda lime, borosilicate, and quartz, which are very different in strength.
The pressure needed to break glass varies depending on the type and thickness of the glass. Generally, it takes about 10,000 pounds per square inch (psi) to break tempered glass, but can be significantly less for thinner or annealed glass. For safety glass, such as laminated glass, it can take even higher pressures to break due to its construction with multiple layers.
24lbs - 32.2lbs of force.
Not that much actually.
what a stupid question!!
force is not a think it is only in star wars
The force needed to break a LEGO brick varies depending on its size and shape. On average, it can take around 950 pounds of force to break a single LEGO brick in half.
Yes.
It is highly unlikely for a human voice to break glass solely with sound waves. The resonant frequency required to break glass is much higher than the range of human vocal cords.
There force it takes to break a leg will vary depending on the age of a person. For an adult, a force of about 20 pounds is enough to break a leg.