I see only one step here. This is a difference of squares.
The formula for that is a^2 - b^2 = (a + b)(a - b)
Step one. Plug it in.
(1 - 625^2)(1 + 625^2)
(a + b)3 = a3 + 3a2b + 3ab2 + b3
For the first step, express this as a difference of two squares, and use the corresponding formula. After factoring this, one of the two factors will again be the difference of two squares, and can be further factored.
Step 1 : Prime Factorise each number and write in index notation. Step 2 : Multiply the lowest power of each common factor of the given numbers
Finding factors is the first step in finding the GCF and the LCM. They will help you to reduce fractions, or add and subtract them.
Factor x4 - 81. Step 1: both numbers have square roots and have a minus sign between them so the first factor result is (x2+9)(x2-9). Step 2: (x2+9) does not factor, but (x2-9) factors to (x+3)(x-3). Step 3: Solution is (x2+9)(x+3)(x-3).
To Step down high voltages we require CVT,because it will step down the volatge by uisng capacitor in its circuit.
First you have to solve the subtraction and in the next step you will factor it out.
first step in what!
Power is normally transmitted at high voltage through step up/step down transformers to minimize the power losses in the transmission lines (this is one reason anyway). Since power loss is equivalent to the resistance of the conductor times the current squared, stepping up the voltage by a factor of two cuts the transmission losses by a factor of (2^2 = ) 4.
No. You can not step up power with a transformer. You can step up voltage, while stepping down current, or you can step up current, while stepping down voltage, but you cannot step up (or down) power.
idkrself find it you
This link should help you: http://www.dstuning.com/How%20To%20-%20Install%20Aftermarket%20Antenna.asp It has step by step procedures and pictures too