pressure loss and friction loss in a pipe can be reduced by 1) using smooth pipes 2) Using straight pipes, because the more bends a pipe has the more energy it will lose. 3)pumping downhill where possible.
Friction= (coefficient of friction)(normal reaction) If you don't have the friction or the coefficient of it I'm sure you must have been given something else. Could you add the exact question to the discussion ?
To find the velocity ratio of a pulley, you must first find the effort and load distances. then you divide the two and there you have you VR (velocity ratio).
Natural gas
You need to know the coefficient of static friction and the coefficient of moving friction for both objects. The solution involves solving a differential equation so the math is non-trivial.
static friction= normal contact force*coefficient of static friction 40 = (600*9.8) * CSF CSF=40/(600*9.8) (you can calculate that yourself, i cant be bothered) there isn't enough info to work out the coefficient of kinetic friction
Yes, pipelines with many bends can lose pressure more quickly than straight pipelines due to increased friction and turbulence caused by the change in direction of the flow. This can result in energy losses and decrease the overall efficiency of the pipeline system.
no you can not
Pipelines. :)
stray losses,armature copper losses,iron losses(Hysteresis and eddy current losses),mechanical losses(friction and windage losses)
Losses due to the local disturbances of the flow in the conduits such as changes incross section, projecting gaskets, elbows, valves and similar items are called minorlosses. In other words, the losses that occur in pipelines due to bends, elbows, joints, valves, etc. are sometimes called minor losses.In case of a very long pipe, these losses are usually insignificant incomparison to the fluid friction in the length considered. But In case of short pipes,these minor losses may actually be major losses such as in suction pipe of a pumpwith strainer and foot valves.
the gate value size should be greater than size of pipe .
yes
Entropy. There are always losses - usually by friction.
Friction loss is when the water inside the hose rubs against the inner lining and losses velocity as it reaches it destination. So when water is pumped through a hose it losses speed b/c of it rubbing against the inside of the hose. AKA Friction Loss b/c rubbing is another word for friction.
To calculate win-lose, add the wins and the losses and divide the sum into the wins to calculate percentage of wins or divide into the losses to calculate the percentage of losses: W + L = Total; W ÷ Total = W%; L ÷ Total = L%: example: 12 W + 8 L = 20; 12W ÷ 20 = .60 or 60% wins; 8L ÷ 20 = .40 or 40% losses
The population of Transnet Pipelines is 500.
Transnet Pipelines was created in 1965.