The voltage of a winding that is connected in star is 1 over the square root of three, 1 / 1.732, or 0.5774, of the voltage if that winding were connected in delta. This results in a star power of 1/3, or 0.3333, of the delta power.
Similarly, if you know the winding current in delta, you can calculate the star current by multiplying by 1.732.
This all presumes that the neutral point of the star is symmetrically centered in the middle of the phase triangle.
The expression "(31)" on its own does not represent an equation, as it lacks an equality sign and a relationship to another quantity. If you are looking for an equation involving the number 31, you could consider examples like ( x = 31 ) or ( 31 + y = z ). Please provide more context if you have a specific equation in mind!
The equation 31 time 744 equals 23,064. All you have to do is add up 744 31 times.
If: 31x = 31 then x = 1
43
v+31 = 124 v = 124-31 v = 93
The expression "(31)" on its own does not represent an equation, as it lacks an equality sign and a relationship to another quantity. If you are looking for an equation involving the number 31, you could consider examples like ( x = 31 ) or ( 31 + y = z ). Please provide more context if you have a specific equation in mind!
The equation 31 time 744 equals 23,064. All you have to do is add up 744 31 times.
If: 31x = 31 then x = 1
43
31
v+31 = 124 v = 124-31 v = 93
If: z -31 = 64 then the value of z is 95
Points: (8, 2) and (0, 0) Slope: 1/4 or 0.25 Equation: y = 0.25x
The answer to 744 times 31 equals 23,064. To solve this all you have to do is add 744 31 times.
2n+4=66
y = 31
The value of c is 6