Answer:
C) 1/7
Step-by-step explanation:
so idk what the formula is called but it looks like this:
y2-y1/x2-x1 and if you plug in the numbers then you'll get the answer
3 - 4/-1 - 6 = -1/-7 = 1/7
you can also switch the numbers your answer will always be the same
4 - 3/6 - (-1) = 1/7
so the answer is c
1.
The base can't be negative, therefore 
.
2.
3.
Answer:
Let’s denote X to be the number of white chips in the sample and E be the event that exactly half of the chips are white. Then,
a) Find α
α = P (reject H0 | H0 is true) = P (X ≥ 2|E)
= P (X = 2|E) + P (X = 3|E),
We took two case, as we can draw only only three chips with two or more white to reject H0, it means we can only take 2 white chips or 3, not more, we get solution
= (5C2 * 5C1)/10C3 + (5C3 * 5C0)/10C3
= 0.5
So, α = 0.5
b) Find β
i) Let E1 be the event that the urn contains 6 white and 4 red chips. (As given)
β = P (accept H0 | E1) = P (X ≤ 1|E1)
= (6C0 * 4C3)/10C3 + (6C1 * 4C2)/10C3
= 1/3
= 0.333
So, β = 0.333
i) Let E2 be the event that the urn contains 7 white and 3 red chips. (As given)
β = P (accept H0 | E2) = P (X ≤ 1|E2)
= (7C0 * 3C3)/10C3 + (7C1 * 3C2)/10C3
= 11/60
= 0.183
So, β = 0.183
Answer:
The correct equitation is 60=\frac{3}{5}\times10060=
5
3
×100 OR 100=\frac{5}{3}\times60100=
3
5
×60
Step-by-step explanation:
To determine:
A flower show has an inventory of 60 tulips and 100 roses?
Information Fetching and Solution Steps:
A flower show has an inventory of
60 tulips
100 roses
So,
60=\frac{3}{5}\times10060=
5
3
×100
or
100=\frac{5}{3}\times60100=
3
5
×60
Other options can not be true as they do not satisfy the equation. For example,
60 = 3\times 10060=3×100 can not be true as the L.H.S ≠ R.H.S
Therefore, the correct equitation is 60=\frac{3}{5}\times10060=
5
3
×100 OR 100=\frac{5}{3}\times60100=
3
5
×60
