Find the minimum emf the battery charger must supply

Assignment Help Physics

Reference no: EM13682785

A 11.45 Volt battery with internal resistance R1 = 0.1373 is said to be charged by a battery charger that is capable of delivering a current i= 9.7959 Amp. Find the minimum emf the battery charger must be able to supply in order to charger the battery.

Reference no: EM13682785

Questions Cloud

What are procyclical industries : What are procyclical industries? Countercyclical industries?

A portfolio manager has maintained an actively managed : A portfolio manager has maintained an actively managed portfolio with a beta of 0.5. During the last year, the risk free rate was 2.5% and equities performed very poorly providing a return of -20%. The portfolio manager produced a return of -10..

Find what is this person mechanical power output : A person is exercising on an elliptical trainer at a steady VO2 of 3.92 l/min. Find what is this person mechanical power output

Estimate the change in the total cost of production : The total cost of a firm is given as C(Q) = 0.2Q3 - 0.5Q2 + 300Q +100 the current level of production is 10 units. If the firm plans to increase its level of production to 10.1 units estimate the change in the total cost of production

Find the minimum emf the battery charger must supply : A 11.45 Volt battery with internal resistance R1 = 0.1373 is said to be charged by a battery charger that is capable of delivering a current i= 9.7959 Amp. Find the minimum emf the battery charger must be able to supply in order to charger the bat..

What is the ac minimizing quantity for a single firm : Suppose an industry has potential firms with identical technologies with TC = 200 + 2*(Q^2). The demand curve in this industry is D(p) = 18 - ¼ p.

Determine what will be the terminal speed : A bobsled has a frontal area of 0.87 m2 and a coefficient of drag of 0.23. The air density is 1.047 kg/m3. Determine what will be the terminal speed

Compute the speed of the ball after it is struck : A baseball of mass 0.15 kilogram, moving horizontally with a momentum of 6 kg•m/s, is struck head-on by a baseball bat with an impulse of 10 Ns. Compute the speed of the ball after it is struck

Describe the microeconomic principles being used : Describe the microeconomic principles being used

User Account

All Pages