Use the encoding matrix E = 
, an additional coding matrix, F = 
, plus the matrices I = 
and O = 
to answer the question.I - E
What will be an ideal response?
I - E = 
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State the instructions of the function in words.f(s) = 2s - 1
A. Multiply the independent variable by 2. Then subtract 1 from the result.
B. Subtract 1 from 2. Multiply the result by the independent variable.
C.
| Subtract 1 from the independent variable. Multiply the result by 2. |
D. Raise the independent variable to the power 2. Then subtract 1 from the result.
Graph the function.Sketch two cycles of the radio signal 
(e is in volts, f in hertz, and t in seconds) for a station broadcasting with 
("95" on the AM radio dial.) Label the point on the horizontal axis which represents the end of the second cycle.
A. 
B. 
C. 
D. 
Solve the problem. Round your answer, if appropriate.A man 6 ft tall walks at a rate of 3 ft/sec away from a lamppost that is 23 ft high. At what rate is the length of his shadow changing when he is 60 ft away from the lamppost? (Do not round your answer)
A. 
ft/sec
B. 
ft/sec
C. 30 ft/sec
D. 
ft/sec
Factor the polynomial completely. If the polynomial is prime, so state.20x2y2 - 7xy2 - 6y2
A. (4x - 3y)(5x + 2y) B. y2(4x - 3)(5x + 2) C. y2(x - 3)(20x + 2) D. (5x - 3y)(4x + 2y)