Using Thevenin's Theorem, solve for VOC, RTH and IL.
E = 30 V
R1 = 3.3 Kê
R2 = 12.6 Kê
RL = 5.6 Kê
VOC = 23.8 V
RTH = 2.6 Kê
IL = 2.9 mA
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Find T, N, and B for the given space curve.r(t) = 
(1 + t)3/2i + 
(1 - t)3/2j + 2tk
A. T = 
i - 
j + 
k; N = 
i + 
j ; B = - 
i + 
j + 
k
B. T = 
i - 
j + 
k; N = 
i + 
j; B = - 
i + 
j + 
k
C. T = 
i + 
j + 
k; N = 
i + 
j; B = 
i + 
j + 
k
D. T = 4
i - 4
j + 2k; N = 3
i + 3
j; B = - 1
i + 1
j + 4
k
Solve the problem. Round to tenths where necessary.Supertankers off-load oil at a docking facility shore point 5 mi offshore. The nearest refinery is 
east of the docking facility. A pipeline must be constructed connecting the docking facility with the refinery. The pipeline costs $300,000 per mile if constructed underwater and $200,000 per mile if over land.
Locate point B to minimize the cost of construction.
A. Point B is 6.91 miles from Point A. B. Point B is 3.27 miles from Point A. C. Point B is 4.47 miles from Point A. D. Point B is 4.28 miles from Point A.
Use the Trapezoidal Rule with n = 4 steps to estimate the integral.
A. 22
B. 
C. 44
D. 30
Answer the question or give an explanation.Name four posting or recording errors that can cause an unbalanced checking account.
What will be an ideal response?