In the circuit below, R1 = 3.3 Kê, R2 = 5.6 Kê, R3 = 4.7 Kê, and C = 846 pF. What is IC of an equivalent Norton circuit when f = fCO?
a. 4.5 mA
b. 10.7 mA
c. 1.9 mA
d. 2.7 mA
e. 1.8 mA
c. 1.9 mA
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Solve the problem.A grasshopper is perched on a reed 5 inches above the ground. It hops off the reed and lands on the ground about 7.9 inches away. During its hop, its height is given by the equation 
, where x is the distance in inches from the base of the reed, and h is in inches. How far was the grasshopper from the base of the reed when it was 3.25 inches above the ground? Round to the nearest tenth.
A. 0.9 in. B. 7.9 in. C. 6.7 in. D. 1.3 in.
Find a vector that is perpendicular to the plane passing through the three given points. PQR (3, 4,5), (1,0,3), (4,7,6)
What will be an ideal response?
Perform the indicated operations. Give the answer in lowest terms.
- 
A. 
B. 
C. 
D. 
Use De Morgan's laws to negate the statement without using parentheses.r ? s ? ~t
A. ~r ? ~s ? t B. ~r ? ~s ? t C. r ? ~s ? t D. ~r ? ~s ? t