Question

A voltage divider is built from two resistors in series. The first resistor, R1, has a resistance of 7.00 kΩ. The second, R2, has a resistance of 3.00 kΩ. There is a voltage of Vin = 12.00 volts applied across the two resistors in the divider. What is the current, in milli-Amperes (mA), through the divider? What is the output voltage V2 of the divider at R2? Enter all results to two numbers after the decimal point. Don't forget to show your formula for each calculation. We are building a second divider. We want V2 to be one-tenth of Vin. If R1 is 18.00 MΩ, what resistance should R2 have? (1.00 MΩ = 1.00 x 10^6 Ω) Enter results to two numbers after the decimal point. B is more important, show work and formulas.

          A voltage divider is built from two resistors in series. The first resistor, R1, has a resistance of 7.00 kΩ. The second, R2, has a resistance of 3.00 kΩ. There is a voltage of Vin = 12.00 volts applied across the two resistors in the divider. What is the current, in milli-Amperes (mA), through the divider? What is the output voltage V2 of the divider at R2? Enter all results to two numbers after the decimal point. Don't forget to show your formula for each calculation.

We are building a second divider. We want V2 to be one-tenth of Vin. If R1 is 18.00 MΩ, what resistance should R2 have? (1.00 MΩ = 1.00 x 10^6 Ω) Enter results to two numbers after the decimal point.

B is more important, show work and formulas.

Added by Victor Manuel J.

Question

Please give Ace some feedback