Answer:
there are 720 meal possibilities.

Find the sum of 2x2 – 8x — 6 and 9x2 – 8.Answer:Submit Answer

Complete the following statement. 3(4 x 8) (3 x4) (_)

Find the number: 3/5of the number 33

1/2x + 1 ⥸ 5show your work

I don’t get it need help

Complete the following statement. 3(4 x 8) (3 x4) (_)

Find the number: 3/5of the number 33

1/2x + 1 ⥸ 5show your work

I don’t get it need help

**Answer:**

Degree: 4; Type: quartic; Leading coefficient: 1

**Step-by-step explanation:**

**Answer:**

**Step-by-step explanation:**

Given that, we have 1851 bullets that we KNOW are NOT MATCHES of one another. One by one they examine two bullets at a time.

So, there are 1851 bullets but each time we choose 2.

We have, N choose K = N! / K! (N-k)!

Here, N = 1851 and K = 2

Therefore, 1851 choose 2 = 1851! / 2! (1851-2)!

= 1851! / 2! * 1849!

= 1712175 Possible Combinations

Out of these 653 are false positive.

The chance of getting false positive is = 658 / 1712175

= 0.000384

= 0.0384 %

Therefore, The correct option is

The chance of false positive is 0.0384% Because this probability is sufficiently small (< or = 1%) There is high confidence in the agency's forensic evidence.

**Answer:**

4.67 pounds

**Step-by-step explanation:**

In order to find the answer we need to use the following formula:

V=k/P where:

V=volume

P=pressure of the gas

k= constant of proportionality

The above equation establishes that the volume is inversely proportional to the pressure of the gas.

Now, the problem gave us two situations, which are:

For a time 1, we have V1=210 cubic inches and P1=14 pounds, using the equation we have:

V1=k/P1

210 cubic inches=k*(14 pounds) which can be written as:

(210 cubic inches)/(14 pounds)=k

For time 2, we have V2=70 cubic inches and P2=P2 using the equation we have:

V2=k/P2

70 cubic inches=k*P2, using 'k-value' from above:

(70 cubic inches)=[(210 cubic inches)/(14 pounds)]*P2

(70 cubic inches)*(14 pounds)/(210 cubic inches)=P2

4.67 pounds = P2

**Answer: a) 0.8413, b) 0.9987.**

**Step-by-step explanation:**

Since we have given that

Mean = 3 pounds

Standard deviation = 0.25 pounds

n = 28 bricks

So, (a) What is the probability that all the bricks in the sample exceed 2.75 pounds?

b) What is the probability that the heaviest brick in the sample exceeds 3.75 pounds?

**Hence, a) 0.8413, b) 0.9987.**

**Step-by-step explanation:**

What are the options to choose from?

Required:

Construct a confidence interval for the proportion of water specimens that contain detectable levels of lead.

**Answer:**

drippy pen iss

**Step-by-step explanation:**