<span>This is quite challenging, but here’s the solution:
</span>
y = x^2 - 10x + 25 - 25
<span> y = (x-5)^2 - 25</span>
<span> y + 25 = (x-5)^2</span>
<span> x - 5 = ±sqrt(y+25)</span>
<span> You will derive TWO inverses:</span>
<span> x = 5 + sqrt(y+25),</span> for x ≥ 5
<span> x = 5 - sqrt(y+25),</span> for x ≤ 5
Answer: 0.5507
Step-by-step explanation:
Given: The time between sightings of speeders by a radar system is represented by the continuous random variable X, which follows a cumulative distribution function

If we convert 12 minutes into hours, it equals
hours or 0.2 hours.
To find the probability of waiting less than 12 minutes:

Thus, the probability we are looking for is: 0.5507
40 tens converts to how many hundreds? The calculation is 40 multiplied by 10, resulting in 400.
Possible outcomes:
Heads Heads
Heads Tails
Tails Tails
Tails Heads
Probability of matching: 2/4 = 0.5
Torin should consent since the suggestion is equitable