A parallel circuit has G = 500 æS and BC = 300 æS. Convert to an equivalent series circuit.
a. R = 5.6 Kê, XC = 5.6 Kê
b. R = 3.3 Kê, XC = 7.2 Kê
c. R = 4.7 Kê, XC = 3.3 Kê
d. R = 1.47 Kê, XC = 882 ê
e. R = 7.2 Kê, XC = 5.6 Kê
d. R = 1.47 Kê, XC = 882 ê
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Sketch a graph of the rectangular equation. [Hint: First convert the equation to polar coordinates.]
 figure 1.png)
Solve.Kerri's teacher asks her to solve the following problem: "Factor the following trinomial, if possible. 
What factorization could Kerri use to represent her solution?
A. (x + 8)(x - 6) B. (x - 8)(x - 6) C. (x + 8)(x + 6) D. (x - 8)(x + 6)
Solve the problem. Find the magnitude of the torque in foot-pounds at point P for the following lever:
= 10 in. and 
= 10 lb
A. 100 ft-lb B. 4875.32 ft-lb C. -4875.32 ft-lb D. 975.06 ft-lb
Find the area under the curve over the indicated interval.
y = 4 / x ; [1,10]