What is the amplitude of secondary voltage on transformer

Reference no: EM13505804

Consider two transformers. Transformer A has 300 turns on its primary and 500 turns on its secondary. Transformer B has 250 turns on its primary and 1000 turns on its secondary. The same voltage is supplied at the primary of both transformers. The secondary voltage in transformer A has an amplitude V = 50 V. What is the amplitude of the secondary voltage on transformer B?

Reference no: EM13505804

Questions Cloud

Provide a general description of the country : Provide a general description of the country? What is Diebold?

Compute the volume of the acid soultion needed to neutralize : 1. caculate the volume of the acid soultion needed to completly neutralize the base in the flask 2. Caculate the pH for (a) the inital base solution in the flask; (b) the point at which 20mL of the acid has been added; (c) the equivalence point, a..

Explain the substituent ch3 is connected to the ch : The substituent CH3 is connected to the 'CH' group (i.e. 2nd carbon from the left) instead of the methyl group on the left end

The firm to withdraw from its defence of the employer : Has a conflict of interest arisen sufficient to require the firm to withdraw from its defense of the employer?

What is the amplitude of secondary voltage on transformer : Consider two transformers. Transformer A has 300 turns on its primary and 500 turns on its secondary. What is the amplitude of the secondary voltage on transformer B

Explain grignard (c6h5mgcl) with 3-methyl-2-butanone : Use arrows to predict what will happen when you react phenyl Grignard (C6H5MgCl) with 3-methyl-2-butanone followed by treatment with HCl and distillation

Explain the equivalence point(s) in the titration : Find the pH and volume (mL) of 0.477 M HNO3 needed to reach the equivalence point(s) in the titration of 2.65 L of .0750 M pyrimidine (C5N5N).

Define quantun number is required to describe atomic orbital : suppose u live in diffrent universe wher diffrent amount of quantun number is required to describe atomic orbital. these quantum no. have following rules

Explain how much energy would it take to raise temperature : The molar heat capacity of silver is 25.35J/mol °C. How much energy would it take to raise the temperature of 9.80 of silver by 17.4°C

User Account

All Pages