Find both (a) the LCM and (b) the GCF of the numbers.105 and 195
A. (a) 20,475
(b) 15
B. (a) 15
(b) 1365
C. (a) 1365
(b) 105
D. (a) 1365
(b) 15
Answer: D
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Match the graph with its corresponding function.
A. y = 4(x + 5)2 B. y = - 4(x - 5)2 C. y = (x - 5)2 - 5 D. y = (x - 4)2 - 5
Solve the equation.41 + 2x = 1024
A. {-2} B. {2} C. {256} D. {8}
Solve using Cramer's rule, if possible. If it is not possible, state whether the system is inconsistent or has infinitely many solutions.
A. (8, 2, 8) B. (4, 8, 4) C. (7, -4, -8) D. (7, 4, 8)
Provide an appropriate response.The following graph represents the result of applying a sequence of transformations to the graph of a basic function. Identify the basic function and describe the transformation(s). Write the equation for the given graph.
What will be an ideal response?