Answer:
answer : x-intercept = (11,0)

y-intercept = (0,6)

y-intercept = (0,6)

In the first 1/6 hour of a rain storm, 1/10 inch of rain fell. If the rain continues to fall at the same rate, how much rain fell in 2 1/2 hours?

How many feet are in half a mile?

Of the last 24 balloons sold at a party store 6 were white. Find the experimental probability that the next balloon sold will be white.

You purchase a car in 2010 for $25,000. The value of the car decreases by 14% annually. What would the value of the car be in 2020?

2Select the correct answer.Which value is needed to determine a confidence interval for a sample mean?OAthe margin of error for the proportionов.the population sizeOC.the sample proportionODthe standard error of the mean

How many feet are in half a mile?

Of the last 24 balloons sold at a party store 6 were white. Find the experimental probability that the next balloon sold will be white.

You purchase a car in 2010 for $25,000. The value of the car decreases by 14% annually. What would the value of the car be in 2020?

2Select the correct answer.Which value is needed to determine a confidence interval for a sample mean?OAthe margin of error for the proportionов.the population sizeOC.the sample proportionODthe standard error of the mean

According to the given data we have the following inequality:

To find the solution of the inequality above we would make the following:

Therefore, the solution to x+5>-7 would be x>-12

A. dL/dt = kL

B. dL/dt = 100 - kL

C. dL/dt = k(100 - L)

D. dL/dt = kL - 100

**Answer:**

C. dL/dt = k(100 - L)

**Step-by-step explanation:**

We have a list containing 100 words.

L = number of words memorized at time t.

At any time t, the number of words left to be memorized is 100-L.

Therefore:

__The correct option is C.__

**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.**

(b) find the middle term in the expansion of

(1/x+√x)^4 and simplify your unswer.

(c) determine the coefficient of x^11 in the expansion of (x^2 +1/x)^10, simplify your answer.

**Answer:**

a) .

b) The middle term in the expansion is .

c) The coefficient of is 120.

**Step-by-step explanation:**

Remember that the binomial theorem say that

a)

Expanding we have that

symplifying,

.

b) The middle term in the expansion of correspond to k=2. Then .

c)

Since we need that 11=20-3k, then k=3.

Then the coefficient of is

b. you add 6000 kilograms of water to the pool. what is the depth of the water in the pool? write your answer as a fraction. the water is about meters deep.

Answer:

1). Mass of water present= 18000 kg

2).4/3 meters deep

Step-by-step explanation:

Area of the rectangle= 6*3= 18m²

Volume of water in the pool

= Deepness of water*area of rectangle

= 1*18

= 18 m³

density of water is about 1 gram per cubic centimeter

In kg per m³= 1000 kg/me

Mass of water present= density*volume

Mass of water present= 1000*18

Mass of water present= 18000 kg

2)6000 kilograms of water is added to 18000 of

Total mass present= 6000+18000

Total mass present=24000 kg

If density= 1000kg/m³

Volume present= mass/density

Volume present= 24000/1000

Volume present= 24 m³

Area of the rectangle= 18 m²

deepness of the pool= volume/area

deepness of the pool= 24/18

deepness of the pool= 4/3 meters deep

The **two numbers** where** both round** to 1,500 when rounded to the **nearest hundred** is** option c. 1457 and 1547.**

The rounded number should be that where the **number** should be rounded to the nearest **tenth**, **hundred** or **thousand**

Since the number is 1500

So for hundred the number should be likely 1457 and 1547.

hence, the **option c **is **correct**.

learn more about **number** here: brainly.com/question/21474983

**Answer:**

C

**Step-by-step explanation:**

Just take it lol