The effect of changing the length of tube input liquid depends on the type of device being used and the types of liquids being used. In general, increasing the length of the tube can cause a decrease in the amount of fluid being inputted. This is because the longer the tube, the more resistance the fluid faces when being forced through it. This resistance can cause a decrease in the velocity of the fluid, resulting in a lower flow rate.
For example, when using a syringe to inject a fluid, increasing the length of the tube can cause the fluid to move slower, resulting in a smaller amount of fluid being inputted.
If a pump is used to move a fluid, then increasing the length of the tube may increase the pressure the pump has to work against. This can cause the pump to work harder, resulting in less efficient operation, and possibly overheating.
Finally, the type of liquid being used can also play a role in the effect of changing the length of the tube. For example, if a liquid is highly viscous, then increasing the length of the tube can cause an even larger decrease in the amount of fluid being inputted. This is due to the increased resistance the liquid has to overcome when being forced through the longer tube.
The time to change phase from solid to liquid to gas is entirely dependent on the energy input. At a great enough input of energy the change can be almost instantaneous. Also, the change depends on the substance that is being changed from solid to liquid to gas.
Is called melting and reauires an input in energy.
Phase state: The liquid water is becoming vapor, from input of heat.
The water cycle is a physical change. Water changes from a liquid in the ocean to a gas and then back to a liquid when it becomes rain. You must understand that water can be in any one of three PHYSICAL states, liquid, solid or vapor ( a gas ). Changing physical states is not a chemical change, but a direct result of heat or cold application.
Evaporation
The time to change phase from solid to liquid to gas is entirely dependent on the energy input. At a great enough input of energy the change can be almost instantaneous. Also, the change depends on the substance that is being changed from solid to liquid to gas.
Is called melting and reauires an input in energy.
Evaporation, at a rate proportional to heat input and temperature specific to the fluid to a maximum set by the pressure.
A; An integrator will integrate or slowly change as a rapid input is applied. Differentiate will have just the opposite effect
Phase state: The liquid water is becoming vapor, from input of heat.
1 cm = 0.01m. so it means multiply your input with 0.01 to get cm into m.
kidk
During boiling the temperatre of the boiling liquid does not go up. The energy input into the boiling liquid is taken away as the latent heat of evaporation by the escaping gaseous phase.
An input that does not change over time.
".length()". The . length method is inherited from the String class.
The input force would increase as the height of the ramp increased. It wouldn't matter the distance. Ask me another one.
in a way, yes. in a way, no. it uis a conversion from gas to liquid, so yes. but energy doesn't change during that prosses, so no.