If
is the inverse of
, then by definition of inverse functions,

Given
, the inverse, if its exists, satisfies the equation above. Evaluate
at the inverse, we have

Solve for the inverse:



Given
, we do the same thing as before to find its inverse.

Answer:
Theoretical Probability: P(even) = . 1/2
Experimental Probability: P(evn) = 94/200 = 47/100
Step-by-step explanation:
The theoretical probability of getting a even number is 1/2 because it equally likely to get and not to get it. Since half of the numbers are even then the probability of getting an even is 1/2.
Answer:
y = √(x - 3)
Step-by-step explanation:
The graph shown has exactly the same shape as does the graph of y = √x, EXCEPT that the entire graph of y = √x has been translated 3 units to the right. Thus, the function describing this graph is y = √(x - 3).
Answer:
98.6°F (37°C) the highest Six's thermometer that All I know sry
Step-by-step explanation:
Answer: 286 minutes
Step-by-step explanation:
x : # of months that has gone by
0.24x : cost of the 24 cent plan after "x" minutes
39.95 + 0.10x : cost of the 10 cent plan after "x" minutes
1. 39.95 + 0.10x > 0.24x
2. 39.95 > 0.24x - 0.10x
3. 39.95 > 0.14x
4. 285.36 > x
x must be AT LEAST 286 minutes for plan #2 (39.95 + 0.10x) to be a better deal