Find the equivalent resistance of the circuit. 400 20 a 80 w 30 W O a 85 1700 Ob. c. 80.50 d. 1000
8.6 Assume that β-80 and VBE(on) = 0.7 V for both transistors in Figure e0.05 cos wet, P8.6. The input carrier signal is +12 V 2 ks2 Daut 400 kΩ 400 kΩ 5.5 V Figure P8.6 (a) Calculate the magnitude of the unmodulated carrier output. (b) What is the index of modulation for Um 0.2 cos wmt? (c) what peak value often causes 100% modulation?
8.6 Assume that β-80 and VBE(on) = 0.7 V for both transistors in Figure e0.05...
The boxplot below shows salaries for Actuaries and CPAs. СРА THI Actuary TA 30 40 50 90 100 110 60 70 80 Salary (thousands of $) Amy makes the first quartile salary for an Actuary, Renee makes the first quartile salary for a CPA. Who makes more money? Renee O Amy How much more? $ 50000
Ex: A 30-µF capacitor is charged to 80 V for a long time and removed from the battery. The charged capacitor then connected across an initially uncharged capacitor of unknown capacitance C. If the final potential difference across the 30-µF capacitor is 20 V, determine C.
Price Quantity Demanded Quantity Supplied $20 2400 0 $30 2000 200 $40 1600 400 $50 1200 600 $60 800 800 $70 400 1000 $80 0 1200 Refer to the above table. Suppose the government imposes a price floor of $30 on this market. What will be the size of the surplus in this market? A. 0 units B. 200 units C. 1800 units D. 2000 units
1 x x Al Aan v ar z liv [] Convert to Picture Text Box Arrange Quick Styles Sensitivity Design Ideas 13 kN Calculate the support reactions at joints A and C. 2 m D2m 1.5 m -2 m 2 m 400 N 30° 307 30" 307 A 700 N 2 m 2 m2 m2 m 600 N 500 N + :: -- 119% Notes 3 Comments
In class, we looked at this problem with three aluminum rods
supporting thi
s 1000-
pound
beam, and found that the tensile forces were 400 pounds in rods
A and C and 200 pounds in
rod B.
a.
What are the tensile forces in the rods if the temperature of
all three rods is incre
ased
by 50°
F (all rods are aluminum)?
b.
What are the tensile
forces in the rods if the temperature of all three rods is...
80 g of NaOH in 400 g of NaOH solution
A 3-phase, 400 V synchronous motor is operating in parallel with a 3-phase balanced load of 400 kW at 0.80 pf lagging. In order to improve the pf to 0.9 lagging the excitation of the motor is increased. If the mechanical load on the motor including losses amount to 80 kW, calculate the current taken by the motor from the supply.
400 E HIATEOUS EAST AL LIIOAUD COSTINUES AS AN OBJECT CALCOLATE THE SREED OF THE NEHICLES HAT 1.İS THE LOSS IN.3kNETIC EVE est ?