Answer:
When added together, the sum of the given functions have a value of -6.
Step-by-step explanation:
When we see f(-2), it means that our value of x for the f(x) function is -2. When we see g(5), it means that our value of x for the g(x) function is 5. So, let's use this information and plug it into our equation.
f(-2) + f(5) = (3(-2) - 1) + (-(5) + 6)
Multiply 3 by -2 and distribute the negative to 5.
f(-2) + f(5) = (-6 - 1) + (-5 + 6)
Subtract 1 from -6 and add 6 to -5.
f(-2) + f(5) = (-7) + (1)
Add 1 to -7.
f(-2) + f(5) = -6
So, when added, the sum of the functions is -6.
Answer:
2n+3 < n-4
Step-by-step explanation:
Tooooooo easy XD
Answer:
The answer is partial counterbalancing. a technique for controlling progressive error by using some subset of the available sequences of treatment conditions.
And complete counterbalancing. a process of arranging a series of experimental conditions or treatments in such a way that every possible sequence of conditions is given at least once during the study.
It will take 9 hours because 3 times 9 is 27