<span>An equation that contains a radical expression is called a radical equation. Solving radical equations requires applying the rules of exponents and following some basic algebraic principles. In some cases, it also requires looking out for errors generated by raising unknown quantities to an even power.</span>
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Answer: 30!
Step-by-step explanation:
Answer:
the variable is the letter U
Step-by-step explanation:
For x = 10, f(x) = f(10) = 0.01(2)^10 = 10.24
For x =
17, f(x) = f(17) = 0.01(2)^17 = 1310.72
Now using
formula for the calculation of average rate of change of f(x).
(f(b) –
f(a)) / b – a = (f(17) – f(10)) / 17 – 10 = (1310.72 -10.24) / 7 = 185.78
<span>So option “B” is
correct.</span>
A function is even if, for each x in the domain of f, f (- x) = f (x).
The even functions have reflective symmetry through the y-axis.
A function is odd if, for each x in the domain of f, f (- x) = - f (x).
The odd functions have rotational symmetry of 180º with respect to the origin.
For y = without x + 1 we have:
Let's see if it's even:
f (-x) = sin (-x) + 1
f (-x) = -sin (x) + 1
It is NOT even because it does not meet f (- x) = f (x)
Let's see if it's odd:
f (-x) = sin (-x) + 1
f (-x) = -sin (x) + 1
It is NOT odd because it does not comply with f (- x) = - f (x)
Answer:
It is not even and it is not odd.