What part are you stuck on? You must show some effort.yassine said:i haven't tried anything yet i found this on a entrance exam to a university and I've been stuck on it for a while
Greg Bernhardt said:What part are you stuck on? You must show some effort.
You know the volume of the tank, the initial temperature, and the initial pressure. From the ideal gas law, what is the initial number of moles n?yassine said:i tried to use P(delta)V=nR(delta)T to calculate the change in pressure but since the problem lacks on n i can't do that
A tank of pressurized air is commonly used in mechanical and industrial settings to loosen bolts and screws. It works by applying a burst of compressed air to the bolt, which helps to break up any rust or debris that may be causing it to stick.
A tank of pressurized air works by using a compressed gas, typically air or nitrogen, to generate pressure. This pressure is then released through a nozzle at high velocity, creating a powerful burst of air that can loosen stuck bolts.
A tank of pressurized air can effectively loosen most types of bolts, including rusted or stuck bolts. It is commonly used in automotive, manufacturing, and construction industries for loosening bolts on machinery, equipment, and structures.
Yes, it is important to follow safety precautions when using a tank of pressurized air. These include wearing appropriate protective gear, such as safety glasses and gloves, and ensuring that the tank is properly secured and maintained. It is also important to release all pressure from the tank before attempting to loosen bolts.
While a tank of pressurized air can be a powerful tool for loosening bolts, it is important to use it correctly to avoid damaging bolts or other equipment. It is important to use the correct pressure and angle when applying the air burst, and to avoid over-tightening bolts after they have been loosened. It is also recommended to test the air pressure on a small area before using it on the entire bolt.