a ratio box is something to figure out stuff
For an ideal transformer, the voltage ratio is the same as its turns ratio.
line transformation ratio would be the turns ratio (ie voltage ratio), while the phase transformation ratio is most probably the phase shift introduced by a 3 phase transformer.
The turns ratio is the number of primary turns divided by the number of secondary turns. This is the same ratio as input current to output current. ie the turns ratio N = I1/I2
common mode rejection ratio is defined as ratio of differential voltage gain to common mode voltage gain Common mode rejection ratio is the ability of the circuit to reject common entries like noise.
If it's a step up or step down transformer and you know the secondary side current, multiply the secondary current by the turns ratio. If you know the power in the secondary winding but not the current, divide the secondary power by the secondary voltage to get the secondary current and then multiply the secondary current by the turns ratio to get the primary current. The turns ratio is the number of turns on the secondary winding divided by the number of turns on the primary winding. For a step up transformer, the turns ratio will be greater then one. If it's a step down transformer, then the turns ratio will be less than one. If you don't know the turns ratio, divide the secondary voltage by the primary voltage to get the turns ratio.
i believe it is 16:1
to answer a ratio box you have to use the info u have to answer it so if i have the ratio of boy to girl it will be 5 to 7 which equals 12 so the total of boys is 48 wat is the total of girls it willl equal watever so yea
There are 9 oranges.
Its 13 class of 2013 :)
A F13 Gear Box , it can use the long or short ratio gear box from the F13
Most steering boxes are now variable ratio.
468
Answer is 25 did it in 1 sec don't bet ur life on it
The ratio of compressive strength to the weight of a corrugated box can vary widely depending on the materials and design used. Typically, compressive strength is measured in pounds per square inch (psi), while the weight is measured in pounds. A higher ratio indicates a more efficient design, where the box can support more weight relative to its own weight, which is desirable for shipping and storage. This ratio is crucial in packaging engineering to optimize performance while minimizing material use.
To find the number of apples in the box, we first need to determine the total number of parts in the ratio, which is 5 (5 parts for apples + 3 parts for oranges). Since the ratio of apples to oranges is 5:3, we can divide the total number of parts by the number of parts for apples (5) to find the multiplier, which is 15. Therefore, there are 5 * 15 = 75 apples in the box.
apron constant is inverse of transmission ratio of the feed rod pinion of apron box
Very interesting solution.Measure the Length, Width, and Height.Volume = L W HArea = 2LW + 2LH + 2WHRatio of (Area)/(Volume) = (2LW + 2LH + 2WH) / (L W H) = ( 2 / H ) + ( 2 / W ) + ( 2 / L )I never knew that ! It works for any rectangular box.-- Take the reciprocals of Length, Width, and Height.-- Sum the reciprocals.-- Double the sum is the ratio of the box's area to its volume.The minimum ratio .... i.e. the box that holds the most volume in the least cardboard ...is a cube, for which the ratio is '6'.