ZERO as there is NO pressure given
No, the standard unit (SI unit) for any velocity is ms-1
(Cubic meters per second x 35.31 = cubic feet per second). So, 4.167 x 35.31 = about 147.1 cubic feet per second.
The volume of a cylinder with a 2 diameter that is 12 feet long is 37.7 cubic feet.
The average of the amount of cubic feet of water flowing out of the Amazon river per second is 7, 318, 000 cu ft/s (209, 000 m3/s).
.75 diameter? What units? 0.75 microns? 0.75 kilometres?
8
You don't. metres per second measures velocity. litres per second measures flow rate. There is no conversion. Possibly you mean 5.3 cubic metres per second - that's easier. There are 1000 litres in a cubic metre. So its 5300 litres per second. That's the flow rate of a small river. Actually you can convert flow to velocity as long as you know the internal diameter of the pipe. Where Velocity - V = m/s Flow - Q = m3/h (1 L/s = 3.6 m3/h) Diameter - D = Internal Diameter of pipe in mm V = 354 x Q/D2
You need to know the cross sectional area of the pipe, this would be in square feet or square meters. Then take the volume flow in cubic feet per second, or cubic meters per second, and divide it by the area, this will give the velocity in ft/sec or m/sec V=(21.22*Q)/D2 V = velocity D= diameter of pipe Q= flow
The measurement units in this question are so confused as to make any answer incorrect. Velocity is not measured in gram per second and also must have a direction (it is a vector). Cubic per second is not a measure of anything unless cubic WHAT is specified.
The pipe diameter doesn't matter. If the pipe is discharging a cubic foot per second then it will discharge 86400 cubic feet in a day, because that is the number of seconds in one day. One acre foot is 43560 cubic feet, so the pipe discharges 86400/43560 ~= 1.98 acre feet. On the other hand, if you meant to say the water velocity exiting the pipe is 1 foot per second (not one cubic foot per second), then, assuming you have the average water velocity, you need to figure the flow rate first. The pipe has a radius of 2 in. so its cross sectional area is pi*r^2 = pi*4 ~= 12.57. So a volume of 12.57 in.^2 * 12 in. is discharged per second, which is ~ 150.80 in.^3 or about 0.09 cubic feet. From there it's the same as above. On the other other hand, if your water velocity is not the average over the cross sectional area but instead a point velocity, say at the middle of the stream of water, then you need to figure the average velocity. You'll need a hydraulics book with pipe roughness coefficients for that.
There is no direct transfer of meters per second to meters cubed per second. Meters per second is velocity, meters cubed per second is volumetric flow. If it is fluids in a channel or pipe and you knoe the area of the fluid flow then you can use Flowrate = Area x Velocity
Stream discharge is a product of the velocity and the area of the stream (velocity x width x depth), and has units of volume per time (e.g. cubic feet per second, cubic meter per day, etc). Stream velocity is the vector describing the speed of the water and has units of length per time (feet per second, meter per second). Stream discharge is relatively constant as you move up and down a stream, while velocity will change predominately as you change depth. The velocity of water is lowest near the bed of the stream, and highest at the surface.
Diameter is a length measurement. Cubic inches is a volume measurement. Diameter cannot be measured in or converted to cubic inches.
There are 1.77 cubic feet of volume per foot of length at 1.5' in diameter.
0.538 cubic meters per second is about 19 cubic feet per second. (18.9992907 cubic feet per second).
The volume in cubic feet of a cylinder with a diameter of 2 feet and a height of 6 feet is 18.85 cubic feet.
11.532 cubic meters (per second) are 407.248736632 cubic feet (per second).