To calculate the flow rate in a pipeline, you can use the formula Q = A * V, where Q is the flow rate (volume per unit time), A is the cross-sectional area of the pipeline, and V is the velocity of the fluid in the pipeline. The units of flow rate are typically volume per unit time (e.g., cubic meters per second). You may need to know the density of the fluid flowing in the pipeline to convert the flow rate to a mass flow rate.
Pool capacity in gallons divided by fill time in hours equals fill rate in gallons per hour (gal / hr = gal/hr).
MFT = V(mold/ cavity volume) / Q (Volumetric Flow Rate)
For the backup time for 4 fans. First we required battery AH (battery amper) and battery volts & and and ups ratings. then we calculate back time .
You can fill out surveys on FreeHabboCredits.net, there is no password or download required you just have to give your time in exchange.
To calculate average velocity, you need the total displacement of the object and the total time it took to cover that displacement.
As of this current time, a sequal is not in the pipeline
This will depend on the welder. It would be the amount of time the welder takes to do the job and the materials available.
"pipeline registers" are inserted in-between pipeline stages, and are clocked synchronously. The time between each clock signal is set to be greater than the longest delay between pipeline stages, so that when the registers are clocked, the data that is written to them is the final result of the previous stage. abhishek jaiswal
Fill the fuel tank to the top and record the mileage. The next time you fill up record the mileage and number of gallons. Now divide the number of gallons into the number of miles driven since last fill up and you will have the mpg.
The theoretical speedup of a pipeline is calculated as the number of stages in the pipeline. For a 4-stage pipeline, the theoretical speedup would be 4. In this case, with a clock cycle of 20ns and processing 100 tasks, the total time taken to process all tasks would be 20ns * 100 = 2000ns. With a 4-stage pipeline, the time taken to process all tasks would be 2000ns / 4 = 500ns, resulting in a theoretical speedup of 4.
I do this often, the simplest, fastest way is to let it fill a 5 or 10 gallon bucket and time it with a stopwatch.