ANSWERPUMP Iwater pumped in 20 min = 5000 Lwater pumped in 1 min = 5000 / 20 L = 250 LPUMP IIwater pumped in 25 min = 5000 Lwater pumped in 1 min = 5000 / 25 L = 200 Llet x be the time for which pump I works and let y be the amount of time for which pump II works.then250x + 200y = 50005x + 4y = 100
60 seconds
An ohm per square depends on the effective area of a sheet. Let us look at a sheet that is W um by L um. A square is a calculation which answers how many squares of size min(W,L) by min(W,L) are in an area. In other words how many squares are in an area defined by W and L is max(W or L) divided by min(W or L). The number of microns would require multiplication by at least 1 dimension.
min.
10:05 --> 10 * 60 min + 5 min = 605 min 08:20 --> 8 * 60 min + 20 min = 500 min 605 min - 500 min = 105 min (= 1 3/4 hr)
5.6 L/min. for a male...4.9 L/min for a female
ANSWERPUMP Iwater pumped in 20 min = 5000 Lwater pumped in 1 min = 5000 / 20 L = 250 LPUMP IIwater pumped in 25 min = 5000 Lwater pumped in 1 min = 5000 / 25 L = 200 Llet x be the time for which pump I works and let y be the amount of time for which pump II works.then250x + 200y = 50005x + 4y = 100
50 l/min
60 seconds
It equals 20% of cardiac output Cardiac Output = 5 L/min so renal blood flow is 1 L/min
85 L/min
Water flow is measured in liters per second in the SI system.
Formula: L/min x 0.00001667 = m3/s
The average minute ventilation for a person at rest is around 5-8 litres per minute (L/min) During exercise this increases to around 15-16 L/min.
An ohm per square depends on the effective area of a sheet. Let us look at a sheet that is W um by L um. A square is a calculation which answers how many squares of size min(W,L) by min(W,L) are in an area. In other words how many squares are in an area defined by W and L is max(W or L) divided by min(W or L). The number of microns would require multiplication by at least 1 dimension.
Using the gas law: PV= NRT you can get this conclusion: P1V1/T2= P2V2/T1 To simplify you can do this operation: (NL/min)/(P+1) = L/min P: is your Operating Pressure
Woman: GFR (mL/min) = 1,04*[140-age (year)]*weight (kg) P - Kr (µmol/L) Man: GFR (mL/min ) = 1,23*(140-age (year)*weight (kg) P - Kr (µmol/L) Woman: GFR (mL/min) = 1,04*[140-age (year)]*weight (kg) P - Kr (µmol/L) Man: GFR (mL/min ) = 1,23*(140-age (year)*weight (kg) P - Kr (µmol/L)