240 volts - the turns ratio of this transformer is 2:1, thus the primary voltage will be two times the secondary voltage.
6.25 amps
Transformers have windings - typically each winding is designated for a particular voltage. Any one of the windings can be an "output", as any winding can be an "input". Usually for consumers, one of the windings is intended to be 120V for the input. In that case, all of the other windings would be an output.I should also mention that while you can have several outputs, you can only have one input. Some transformers have the windings color coded to designate input and outputs.Hope this helps!
Turbine cycle heat rate is a measure of the turbine efficiency. It is determined from the total energy input supplied to the turbine divided by the electrical energy output. The energy input is the difference between the energy in the steam supplied to, and leaving from the turbine. The total energy supplied is the sum of the steam mass flow rates to the turbine multiplied by their respective enthalpies. The energy leaving is the sum of mass flow rates exiting the turbine multiplied by their respective enthalpies. Take the difference in the total energy supplied and leaving, divide by the electrical output and this gives you heat rate, typically expressed in Btu/kWh or kJ/kWh. This is easy for a single source of steam passing through the turbine to a condenser, but gets a bit more tricky for reheat turbines with multiple extractions as all the streams in and out have to be accounted for.
// create an BufferedReader from the standard input stream BufferedReader in = new BufferedReader(new InputStreamReader(System.in)); String currentLine = ""; int total = 0; int[] ints = new int[5]; // read integers while (total < 5) { // get input System.out.print("Input an integer: "); currentLine = in.readLine(); // parse as integer try { int input = Integer.parseInt(currentLine); ints[total] = input; ++total; } catch (final NumberFormatException ex) { System.out.println("That was not an integer."); } } // print each number for (int i = 0; i < ints.length; ++i) { // get individual digits if (ints[i] == 0) { System.out.println(0); } else { while (ints[i] > 0) { System.out.println(ints[i] % 10); ints[i] /= 10; } } } Note that this prints out the digits in reverse order (2048 will print 8 first and 2 last).
Transformers have windings - typically each winding is designated for a particular voltage. Any one of the windings can be an "output", as any winding can be an "input". Usually for consumers, one of the windings is intended to be 120V for the input. In that case, all of the other windings would be an output.I should also mention that while you can have several outputs, you can only have one input. Some transformers have the windings color coded to designate input and outputs.Hope this helps!
Output
Both
imput :)
The imput or x value
Basic Imput Output System.
it is the imput of the computers gasilitory functions and after words it is released in the output
it is the imput of the computers gasilitory functions and after words it is released in the output
it is the imput of the computers gasilitory functions and after words it is released in the output
the answer to what is the angle to the imput shaft compared to the outout shaft for the Bevel Gear Assembly is : the imput is in the output is out tada that simple!!
the imput and the output of the washing machine is input:washes your clothes output:your clothes get clean
An output