How do you calculate mf with this following ct ratio 1. 75/5A, VA 5, Class 5.0, 660v. 2. 250/5A, VA 10, Class 1.0, 660V 3. 3200/5A, VA15, Class 1, 660v the meter ratio is 5/5A.
You cannot compare volume to area unless you add more information about depth. If you wanted to say "How many liters in one square meter, 3 centimeters deep", we could calculate that.
A metre is about 3 inches longer
There are 100 centimeters in a meter.
There are 3.3 feet in a meter. 3
Yes, a meter is equal to 1000 mm. So 1 meter is equal to 10^3 mm.
how to calculate m.f. of energy meter 3 phase 4 wire h.t. & l.t.
mf is ratio of CT ration of meter box to CT ration written on meter. ex: CT meter box: 30/5, Meter ct ration 1/1. MF : (30/5)/(1/1)= 6
multiplying factor = Line CT Ratio / Meter CT Ratio Usually it is mentioned on Meter that MF = 1 if CT Ratio is 200/5 or MF = 2 if CT Ratio is 400/5. There can be an additional multiplication factor that would be mentioned on the meter.
1 Meter is approximately 3 feet (a little over). There are 100 cm in a meter and 1000 mm in a meter. These are the basics.
3* 4* the liquid you have
Three fifths of a meter is equal to 0.6 meters. To calculate this, you would multiply 3/5 by 1 meter. This can be simplified to 0.6 meters, as 3 divided by 5 equals 0.6.
Two thirds of a meter equals 66.67 centimeters. Since one meter is equal to 100 centimeters, you can calculate this by multiplying 100 by 2/3, which gives you approximately 66.67 centimeters.
1. Over load,2 Single pahse situation, 3. misalgnment, 4. Wornout bearing
To calculate the average speed of the football, divide the distance traveled by the time taken. If Steve throws the football 1 meter in 3 seconds, the average speed is 1 meter divided by 3 seconds, which equals approximately 0.33 meters per second.
To calculate the rise of a roof with a 3-degree pitch over a meter, you can use the tangent function in trigonometry. The rise is equal to the tangent of the angle multiplied by the run (distance), which in this case is 1 meter. Therefore, the rise is approximately ( \tan(3^\circ) \times 1 \text{ meter} ), which is about 0.0524 meters, or approximately 5.24 centimeters.
1 - GK - Julio Cesar 2 - DF - Maicon 3 - DF - Lucio 4 - DF - Juan 5 - MF - Felipe Melo 6 - DF - Michel Bastos 7 - MF - Elano 8 - MF - Gilberto Silva 9 - FW - Luis Fabiano 10 - MF - Kaka 11 - FW - Robinho 12 - GK - Gomes 13 - DF - Daniel Alves 14 - DF - Luisao 15 - DF - Thiago Silva 16 - DF - Gilberto 17 - MF - Josue 18 - MF - Ramires 19 - MF - Julio Baptista 20 - MF - Kleberson 21 - FW - Nilmar 22 - GK - Doni 23 - FW - Grafite
density by definition is basically mass per volume: d = m/v it works for many many things, but here is a simple example: so if you have a 3 kg block that takes up 1 cubic meter, m = 3 kg v = 1 cubic meter thus, density, d = 3 kg/ 1 cubic meter or "3 kg/m^3"