1.34kPa = 1340Pa
1Pa = 1N/m^2
1N = 1kg.m/s^2 (m/s^2 or acceleration, which on the earths surface is normally approximated as g = 9.81m/s^2)
therefore
1Pa = 9.81kg/m^2
thus the equivilant "weight" of that pressure in kilograms can be determined by dividing 9.81 by the area it's acting on in m^2 and then multiplying it by the pressure, in this case 1340Pa
To convert kilopascals (kPa) to kilograms of pressure, you need to know the area over which the pressure is applied. Pressure is force per unit area, so the conversion depends on the area in square meters that the pressure is acting on. When the area is known, you can use the formula pressure (in kg/cm^2) = kPa x 0.010197163.
I think you've made a mistake somwhere, kpa is kilopascals which is a unit of pressure and kg is a unit of weight. So your question is whats the pressure of 800g? this doesn't make sense to me.
134 pounds is equivalent to approximately 60.78 kilograms.
The metric unit for air pressure is the Pascal (Pa).
It is 10000 kg.
28,2 [psi ] = 28,2 [pounds / square inch ] = 28,2 [ lbf /in^2] Definition 1 inch = 25,4 * 10^-3 m (metre) 28,2 [pounds / in^2] / 25,4^2 * 10^-6 [ in ^2 / m^2] = 0,04371 * 10 ^6 [pounds /m^2] Definition: 1 pound = 0,453 592 37 kg 28,2 psi = 0,04371 * 10^6 [pounds /m^2] *0,453 592 37 [kg / pound] 28,2 psi = 0,0198 * 10^6 [kg / m^2] 1 kgf = 1kg * g [m/s^2] = 1[kg]* 9,81 [m*s^-2] = 9,81N 28,2 psi = 0,0198 * 10^6 [kg / m^2] * 9,81 [N / kgf] = 0,194*10^6 [N / m²] = 194.000 Pa Definition: 1 Pa = 1 N / m² 1kPa = 1000 Pa 28,2 psi = 194 kPa shorter 1 psi = 6,89476 kPa 28,2 psi = 28,2 [psi] * 6,89476 [kPa/psi] = 194,43 kPa Roger.
kPa is a unit of pressure, kg is a unit of mass
I think you've made a mistake somwhere, kpa is kilopascals which is a unit of pressure and kg is a unit of weight. So your question is whats the pressure of 800g? this doesn't make sense to me.
According to the Virago XV250R manual, up to 90 kg load, it's: 175 kPa (25 psi) front; 200 kPa (29 psi) rear. 90 kg and above: 200 kPa (29 psi) front; 225 kPa (32 psi) rear.
In the metric system , Pressure is officially measured in Pascal or KiloPascal. The correct abbreviation for KiloPascal is kPa (a lower case k and upper case P) Multiply Pound per Square Inch (PSI) x 6.89 to convert it to kPa. Atmospheric pressure is 101.3 kPa or 14.696 PSI. Most pressure gauges at petrol stations have both PSI and KPa on the dial. Most car makers recommend tyre air pressures in kPa but sometimes they state both in the owners manual . Forget about Kg per cm squared. Do what the rest of the industrial world does, and use kPa.
You can't convert from units of pressure to units of mass. It just doesn't make sense.
Front Air Pressure 11-17psi (80-120 kPa, 0.8-1.2 kg/cm) Rear Air Pressure 0-70psi (0-500 kPa, 0-5.0 kg/cm) per the 1982 Honda GL500 owners manual.
A kilogram (kg) is a unit of mass A kPa is a unit of pressure The two units can not be directly converted but if you meant Kilograms-force per square centimeter then Kilograms-force per square centimeter (kgf/cm2) * 98.1 = Kilopascals (kPa)
134 pounds is equivalent to approximately 60.78 kilograms.
The metric unit for air pressure is the Pascal (Pa).
To convert kilopascals (kPa) to kilograms per square meter, you can multiply the value by 102. Therefore, a car park rated at 2.5 kPa would allow for a load of 255 kg/m² (2.5 kPa * 102 kg/m²/kPa).
2.5 * 14.7 = 36.75 psi / 2.2046 = 16.67 kg per sq in * 9.807 = 163.48 newton / sq in / 645.16 = 0.253 newton / sq mm * 1,000,000 = 253,000 newtons / sq metre (pascals) / 1000 = 253 kPa
Using Ideal Gas Law: PV=mRT where P is pressure kPa, V is volume in m3, R is air gas constant in KJ/(kg*K), T is temperature in Kelvin. For 20 deg Celsius (= 293K) m=(PV)/(RT)=(101.325[kPa]*1[m3])/(0.287[kPa*m3/kg*K]*293[K]) m=1.205kg For 20 deg Fahrenheit (= 266.33K) m=(PV)/(RT)=(101.325[kPa]*1[m3])/(0.287[kPa*m3/kg*K]*266.33[K]) m=1.326kg