Pneumatics is generally faster than hydraulics because air is compressible, allowing for quicker response times and faster movement of components. In contrast, hydraulics use incompressible fluid which leads to slower response times due to the fluid flowing through smaller openings and restrictions within the system.
Both pneumatics and hydraulics have their own advantages and disadvantages. Pneumatics are generally faster and more responsive, but hydraulics can handle higher loads and pressures. The choice between the two depends on the specific application requirements and constraints.
Gunpowder typically ignites and burns faster than emulsion-gel explosive, which results in a quicker release of energy and a faster explosive force. Emulsion-gel explosives are engineered to be more stable, controlled, and efficient, so they may be more predictable and suitable for certain applications despite having a slower speed of reaction.
Darker colors absorb more heat energy from sunlight than lighter colors. When the heat source, such as sunlight, is removed, darker colors also release that absorbed heat more quickly than lighter colors. This is why darker colors cool down faster than lighter colors.
Sand cools faster after dark than water because sand has a lower specific heat capacity compared to water. This means that sand stores less heat energy and can release it more quickly than water when exposed to cooler temperatures.
Fluids are used in Hydraulics - fluids are essentially incompressible - they transmit forces well (e.g. a car bottle lack) Gases are used in pneumatics - gases are compressible - you can therefore store energy in a pneumatic system (e.g. a car tyre)
Both pneumatics and hydraulics have their own advantages and disadvantages. Pneumatics are generally faster and more responsive, but hydraulics can handle higher loads and pressures. The choice between the two depends on the specific application requirements and constraints.
more than your life time
oil is slightly compressible 0.5 % at 70 bar. but air is compressible. so to get the required pressure pneumatics require more energy source than hydraulics also there are some limitations for pneumatics in terms of force.
My thoughts go like this...(from watching 'Scrapheap Challenge"0 plus a little basic knowledge of physics. 1/ Pneumatics involve the movement of pistons and what not via the medium of compressed air or air under pressure. 2/ Hydraulics involve the movement of pistons and what not via the medium of compressed fluids or fluid under pressure. 3/ Fluid is denser than gas (compressed air). I believe hydraulics can handle far heavier loads than pneumatics. Pneumatics would appear to use a lighter more flexible medium than hydraulics. In answer to your question, I believe hydraulics would be far more effective at manipulating heavy loads versus pneumatics. However, pneumatics would be a more flexible system than hydraulics. Hows that?
Well, electro-pneumatics combines the precision of electronics with the power of pneumatics, allowing for efficient control of air-powered systems. One advantage is the ability to control multiple actuators with ease. However, a disadvantage could be the complexity of the system, which may require more maintenance and troubleshooting. Just remember, with a little patience and practice, you can create beautiful things with electro-pneumatics.
When we exercise , our body needs more energy . Therefore , our heart beats faster so as to circulate more oxygen and digested food around our body to release more energy .
it is because pneumatics is more flexible and easy to use rather than hydraulic[ebolton] There is no need to have a reservoir or return piping. The working "fluid", air, is non-toxic and non-flammable. Poster below is correct. Air systems typically have a tank that is the analog of a hydraulic reservoir.[ebolton]*****************Actually there is need for air reservoir in industrial pneumatics systems.Hydraulics can handle more powerful aplications than pneumatics for the same overall dimensions, or can be more compact for the same power.
It would be more accurate to say "faster than him."
it will release ethylene faster at room temperature than if it were in the fridge. ethylene will cause fruit (even the ones next to it) to ripen faster. Also as fruits ripen they release more ethylene which makes them ripen even faster, until they begin to rot (over ripened). This is where the saying "one bad apple spoils the bunch" because literally 1 bad apple will release a bunch of ethylene making the rest of the apples ripen faster which will make them all release even more ethylene and since there are so many of them it just makes the process of the bunch ripening go even faster than if it was just 1 apple.
A processor is more faster - by a factor of 1000 or more.
the faster the river flows the more it erodes.
1.4GHz is faster