Suppose that a typical household in the United States has an average after-tax income of $41,100. The circle graph below represents how this annual income is(Vote it is because of rounding that the percents do not add up to 100.) How much more is spent on insurance/pensions than on health care?
Entertainment
Health Care en
5%
5%
Clothing
Housing
33%
Insurance/
Pensions
9%
Other
11%
Food
14%
Transportation
17%

Answers

Answer 1

Answer:

Answer:

$1644.

Step-by-step explanation:

We have been a typical household in the United States has an average after-tax income of $41,100. We are asked to find how much more is spent on insurance/pensions than on health care.

We have been given that 5% is spent on health care and 9% is spent on insurance/pensions. This means that 4% (9%-5%) is more on insurance/pensions than on health care.

Now, we need to find 4% of $41,100.

$\text{Amount more spent on insurance/pensions than on health care}=(4)/(100)* \$41,100$

$\text{Amount more spent on insurance/pensions than on health care}=4* \$411$

$\text{Amount more spent on insurance/pensions than on health care}=\$1644$

Therefore, $1644 is more spent on insurance/pensions than on health care.

Answer 2

Answer:

Answer:

9% + 5%

Step-by-step explanation:

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Graham and Hunter are circus performers. A cable lifts Graham into the air at a constant speed of 1.5 ft/s. When Graham’s arms are 18 ft above the ground, Hunter, who is standing directly underneath Graham, throws Graham a ball as the cable continues to lift him higher. Hunter throws the ball from a position 5 ft above the ground with an initial velocity of 24 ft/s. Which system of equations can be used to model this situation?A) h=18+1.5t
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B) h=18+1.5t
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Answers

Answer: Hello there!

this type of equations in one dimension (when all the factors are constants) are written as:

h = initial position + initial velocity*t + (acceleration/2)*t^2

First, let's describe the hunter's equation:

We know that Graham moves with a velocity of 1.5 ft/s, and when he is 18 ft above the ground, Hunter throws the ball, and because Graham is pulled with a cable, he is not affected by gravity.

If we define t= 0 when Graham is 18 ft above the ground, the equation for Graham height (in feet) is:

h = 18 + 1.5t

where t in seconds.

Now, the equation for the ball:

We know that at t= 0, the ball is thrown from an initial distance of 5ft, with an initial velocity of 24ft/s and is affected by gravity acceleration g, where g is equal to: 32.2 ft/s (notice that the gravity pulls the ball downwards, so it will have a negative sign)

the equation for the ball is:

h = 5 + 24t - (32.2/2)t^2 = 5 + 24t - 16.1t^2

So the system is:

h = 18 + 1.5t

h = 5 +24t - 16.1t^2

so the right answer is A

Answer:

Step-by-step explanation:

EDGE 2020

Which of the following demonstrates the Distributive Property?4(2a + 3) = 8a + 3
4(2a + 3) = 2a + 12
4(2a + 3) = 6a + 7
4(2a + 3) = 8a + 12

Answers

We want to see which one of the given expressions demonstrates the distributive property.

The correct option is the last one:

4*(2a + 3) = 8a + 12

The first thing we need to do is define the distributive property. It can be written as:

A*(B + C) = A*B + A*C

Now let's apply this to the given expression:

4*(2a + 3) = 4*(2a) + 4*3 = 8a + 12

Then we have:

4*(2a + 3) = 8a + 12

This is what we can see in the fourth option, then the correct option is the fourth one (counting from the top):

4*(2a + 3) = 8a + 12

If you want to learn more, you can read:

brainly.com/question/5637942

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Answers

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