10 Consider the graphs of fx) = x® and of g(x) = 3. Are
f(x)
the composite functions commutative? Why or why
not?
5
g(x)
-5
g(x)
5
-10
10
They are commutative because f(g(1)) = g(f(1)).
They are commutative because the composite
functions both equal x.
They are not commutative because the domains of
f(x) and g(x) are different.
O They are not commutative because the graphs
intersect each other.
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Determine the number of outcomes in the event. decide whether the event is a simple event or not. upper a computer is used to select randomly a number between 1 and 9 comma inclusive. event upper b is selecting a number greater than 4. event upper b has nothing outcome(s). is the event a simple event? (yes or no) because event upper b has (fewer than, exactly, more than) one outcome.

Acompany manufactures three types of cabinets. it makes 110 cabinets each week. in the first week, the sum of the number of type-1 cabinets and twice the number of type-2 cabinets produced was 10 more than the number of type-3 cabinets produced. the next week, the number of type-1 cabinets produced was three times more than in the first week, no type-2 cabinets were produced, and the number of type-3 cabinets produced was the same as in the previous week.

Which of the following is the maximum value of the equation y=-x^2+2x+5 a. 5 b. 6 c. 2. d. 1