Convert the fraction to a decimal.



A. 0.53


B. 0.815


C. 5.3


D. 8.15

Final answer:

To determine Owen's height at 18, we added his growth each year to his height at age 2, resulting in a total height of 68 ½ inches.

Explanation:

To calculate how tall Owen is on his 18th birthday, we need to add the total amount he grew each year to his height at the age of two. Owen was 34 ½ inches tall on his second birthday. He then grew an average of 2 ½ inches each year for the next 10 years. After that, he grew an average of 1 ½ inches each year for the following 6 years.

Growth from age 2 to 12 (10 years): 2 ½ inches/year × 10 years = 25 inches

Growth from age 12 to 18 (6 years): 1 ½ inches/year × 6 years = 9 inches

Adding this all together:

Initial height at age 2: 34 ½ inches

Total growth from age 2 to 12: 25 inches

Total growth from age 12 to 18: 9 inches

Now, let's add these numbers up to find Owen's height on his 18th birthday:

34 ½ inches + 25 inches + 9 inches = 68 ½ inches

Therefore, Owen is 68 ½ inches tall on his 18th birthday.

Owen's height on his 18th birthday plan is [tex]68\frac{1}{2}[/tex] inches.

The height of Owen is expressed as a mixed number. A mixed number is a number that is made up of a whole number and a proper fraction.

An example of a mixed number is [tex]34\frac{1}{2}[/tex]. 34 is the whole number and [tex]\frac{1}{2}[/tex] is the proper fraction.

The total height of Owen when he was 12 years old = height when he was two years old + (increase in height each of the first 10 years x 10).

[tex]34\frac{1}{2}[/tex] + ([tex]2\frac{1}{2}[/tex] x 10)

[tex]34\frac{1}{2}[/tex] + ([tex]\frac{5}{2}[/tex] x 10)

[tex]34\frac{1}{2}[/tex] + 25

= [tex]59\frac{1}{2}[/tex]

Owen's height when he is 18 years old = Owen's height when he is 12 years old + ( rate of increase x 6)

= [tex]59\frac{1}{2}[/tex] + ([tex]1\frac{1}{2}[/tex] x 6)

= [tex]59\frac{1}{2}[/tex] + ([tex]\frac{3}{2}[/tex] x 6)

 = [tex]59\frac{1}{2}[/tex] + 9

=[tex]68\frac{1}{2}[/tex] inches

The product of (-24.98)(-1.29) using  front-end estimation is 20

The correct answer is an option (C)

"It is a way of rounding numbers to estimate sums and differences or product of numbers by rounding. "

For given question,

Ryder used front-end estimation to estimate the product of (–24.98)(–1.29)

We know, to use front end approximation, numbers are rounded to the greatest place value.

(-24.98) is rounded to -20

Here, 4 (4 of -24.98) is rounded here to 0

(-1.29) is rounder to -1

Here, (2 (2 of -1.29) is rounded to 0)

Now we find the product,

(-20) × (-1) = 20

Therefore, the product of (-24.98)(-1.29) using  front-end estimation is 20

The correct answer is an option (C)

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There are 3 students in the class of 27 who neither like video games nor cartoons.

To find the number of students who do not like either video games or cartoons, we first need to understand that some students may like both. According to the data given, 16 students like video games, 20 like cartoons and 12 like both. So, the total liking either or both is 16 (video games) + 20 (cartoons) - 12 (both), which is 24 students. The number of students who do not like either would then be the total number of students in the class minus those who like either or both. Therefore, the number of students who do not like either video games or cartoons is 27 (total students) - 24 (liking either or both) = 3 students.

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60% of students live within one mile of the school if about 3/5 of the students at Roosevelt Elementary live within 1 mile of the school.

It's the ratio of two integers stated as a fraction of a hundred parts. It is a metric for comparing two sets of data, and it is expressed as a percentage using the percent symbol.

It is given that:

About 3/5 of the students at Roosevelt Elementary live within 1 mile of the school.

3/5 in percent

= (3/5)x100

= 3x20

= 60 %

Thus, 60% of students live within one mile of the school if about 3/5 of the students at Roosevelt Elementary live within 1 mile of the school.

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Final answer:

To determine the length of any side of the square bedroom with an area of 169 square feet, the square root of the area is calculated, revealing that each side is 13 feet long.

Explanation:

To find the length of any side of the square bedroom, since the area of Davis' square bedroom is 169 square feet, we need to take the square root of the area. A square room has all four sides of equal length, meaning the length can be found by the equation:

Area = length × length or length2

Taking the square root of both sides, we get:

length = √Area = √169

The square root of 169 is 13, so the length of any side wall in Davis' bedroom is 13 feet.

Final answer:

The sequence 12, 144, 1728 is an example of exponential growth, where each term is a product of the previous term by a constant multiplier, which is 12 in this case.

Explanation:

The sequence 12, 144, 1728 shows that each term is 12 times the previous one. This indicates that we are dealing with exponential growth, not a linear sequence. In a linear sequence, a constant number would be added to each term to get the next one, but here we multiply by 12 at each step. Exponential growth is characterized by the fact that quantities increase by a consistent multiplier (in this case, 12) at each interval. So, after n steps in a sequence that starts with a, the formula for the nth term would be a * multiplier^n.

To find out how much John and Petra earn altogether per hour, add their hourly earnings. John earns x dollars per hour, while Petra earns $2 per hour more than John. Therefore, the total earnings per hour for both John and Petra would be 2x + 2 dollars.

To find out how much John and Petra earn altogether per hour, we need to add their hourly earnings. John earns x dollars per hour, while Petra earns $2 per hour more than John. So, Petra's earnings per hour would be x + 2 dollars.

Therefore, the total earnings per hour for both John and Petra would be x + (x + 2) = 2x + 2 dollars.

John and Petra's combined hourly earnings are calculated by adding their individual earnings. John earns x dollars, and Petra earns x + 2 dollars, which totals to 2x + 2 dollars per hour for both of them together.

John earns x dollars per hour. Petra earns 2 dollars more per hour than John. To calculate how much they earn altogether per hour, we simply add their hourly earnings.

Let's denote John's hourly earning as x dollars. Since Petra earns 2 dollars per hour more than John, her hourly earning would be x + 2 dollars. The total amount they earn per hour together is the sum of their individual hourly earnings.

Calculating Total Hourly Earnings

So, together they earn 2x + 2 dollars per hour. This is the simplified expression we can use to represent their combined hourly earnings.

The value hundred place is 282 < 500 thus it will be round as 9372000.

When rounding to the nearest tenth or hundredth, we must consider the unit place. If the number is less than 5, it must be left alone; if it is larger than 5, the tens digit must be rounded up.

Given the digit,

9,372,282

To round to the nearest thousand we need to look at a hundred units value

A hundred units → 282 < 500 thus it will round down or remain as it is.

9,372,282 → 9372000

Hence "The value hundred places is 282 < 500 thus it will be round as 9372000".

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Answer:

42.9

Step-by-step explanation:

We can use ratio

If the person works for 12 hours and earns $510, for one hour:

12*1=510*x

x=510/12

x= $42.5

Thus the person earns 42.5 dollars per hour.

Your answer is A) $42.50/1 hour.

To find the number of Koi in the pond after the increase in their population, subtract the number of goldfish from the total number of fish, then add 10% of the remaining fish to find the new number of Koi. The new number of Koi is 0.66g.

To find the number of Koi in the pond after the increase in their population, we need to first calculate the number of goldfish in the pond. If 40% of the fish are goldfish, and the total number of fish is g, then the number of goldfish is 40% of g, which is 0.4g.

Since the rest of the fish are Koi, we can subtract the number of goldfish from the total number of fish to find the number of Koi. The rest of the fish is 100% - 40% = 60% of g, which is 0.6g. After the increase of 10% in the number of Koi, the new number of Koi is 0.6g + (10% of 0.6g).

0.10 * 0.6g = 0.06g, so the new number of Koi is 0.6g + 0.06g = 0.66g.

Final answer:

To find out what percent 70.59 is of 19.5, divide 70.59 by 19.5 and multiply the result by 100. Doing this calculation, 70.59 is 362.05% of 19.5.

Explanation:

To determine what percent 70.59 is of 19.5, we use the formula:

Percentage = (Part / Whole)  imes 100

In this case, the 'part' is 70.59 and the 'whole' is 19.5. Plugging in the numbers:

Percentage = (70.59 / 19.5)  imes 100

Calculating this gives us:

Percentage = (3.6205)  imes 100

Percentage = 362.05%

So, 70.59 is 362.05% of 19.5.

Final answer:

The ordered pair (-1, -4) satisfies the second equation (7x - y = -3) but doesn't satisfy the first equation (x - y = 3), so it is not a solution to the system of linear equations.

Explanation:

When evaluating whether the ordered pair (-1, -4) is a solution to the system of equations x - y = 3 and 7x - y = -3, we must substitute x and y into both equations:

Given these results, the ordered pair (-1, -4) satisfies the second equation but not the first.

Answer: To make $2,670,474 you would need the following number of coins:

• 10,681,896 quarters

• 26,704,740 dimes

• 53,409,480 nickels and

• 267,704,740 penny's.

Step-by-step explanation:

To represent 5.5 divided by 5, you draw a line with 5 equally spaced hash marks, place 5.5 dots evenly across the marks (with an extra half dot marking the .5), showing each section contains 1.1, which is the result of the division.

To solve 5.5 divided by 5 using a model, one approach is to draw a line and label it with five equally spaced hash marks to represent the number 5. Then, place 5.5 dots on the line, disseminated evenly across the five hash marks. The model shows that each of the 5 sections contains 1 dot, and the final 0.5 dot is placed halfway between the fifth hash mark and the sixth (unmarked) section. We do this because 5.5/5 equals 1.1, and this model visually represents the fact that 5.5 divided by 5 equals approximately 1.1.

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Using compatible numbers (numbers that are easy to compute mentally), you can estimate that 474 divided by 9 is approximately 50 by substituting 474 with 450, a number that is easily divisible by 9.

The question is asking you to use compatible numbers to estimate the quotient of 474 divided by 9. Compatible numbers are numbers that are easy to compute mentally. When we look at 474 and 9, one potential set of compatible numbers might be 450 and 9. So, let's divide 450 by 9 to get our estimate.

Step 1: Identify the compatible numbers. Here we can use 450 instead of 474 because it is easily divisible by 9.

Step 2: Perform the division. 450 divided by 9 equals 50.

Therefore, using compatible numbers, we can estimate that 474 divided by 9 is approximately 50.

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Final answer:

Mr. Cho has 7 quarters and 14 dollar bills. We find this by setting up an equation considering that he has twice as many dollar bills as quarters and their total value is $15.75. Solving the equation, we find the number of quarters (q) to be 7 and the number of dollar bills to be twice that amount.

Explanation:

Mr. Cho has twice as many dollar bills as quarters, and their total value is $15.75. To find out how many of each he has, let's set up some equations based on this information. Let's call the number of quarters q and the number of dollar bills 2q (since he has twice as many dollar bills as quarters).

Since each quarter is worth $0.25, the total value of the quarters would be 0.25q. The total value of the dollar bills would just be 2q (since each dollar bill is worth $1). The combined value of the quarters and dollars is given as $15.75, so we can set up the following equation:

0.25q + 2q = 15.75

Combining like terms:

2.25q = 15.75

Dividing by 2.25:

q = 15.75 / 2.25

q = 7

Therefore, Mr. Cho has 7 quarters. Since he has twice as many dollar bills as quarters, he has:

2q = 2 * 7 = 14 dollar bills.

In summary, Mr. Cho has 7 quarters and 14 dollar bills.

Will can use his fund-raising thermometer-like graphics to compare which basketball team is better at free throws by seeing which thermometer is filled up more, representing a higher success rate. For perspective, a player like Helen who makes 75 percent of her free throws is considered highly proficient, so the team with a similar or higher percentage would be better. However, Will should also consider the number of attempts to ensure the comparison is fair.

To help Will determine which basketball team is better at free throws using the pictures he drew, we can look at the statistical method of comparing percentages. If Will has drawn two fund-raising thermometer-like graphics to represent free throw success rates for the two teams, these can be compared directly to see which team has a higher percentage of successful free throws. Assuming the thermometers are accurately scaled, the one that is filled up more represents the team with the higher success rate.

Let's use Helen as an example. Helen makes her free throws 75 percent of the time, which means that if she were to take 100 shots, she would make approximately 75 of them. If Will's thermometers for the two teams show different percentages, the team with the percentage closer to Helen's or higher would be considered better at free throws.

In addition to comparing percentages, to fully understand the effectiveness of the teams at free throws, Will might also want to consider the number of attempts each team has made, as a team with a high percentage but a very low number of attempts might not be as proficient as a team with a slightly lower percentage but a much higher number of attempts. This is because percentages can sometimes be misleading when the sample size is small.

Will can compare the free throw percentages of two basketball teams using his pictorial thermometer method to determine which team is better at free throws, similar to how we use Helen's 75% free throw success rate to assess her performance.

The subject of the question is Mathematics, specifically revolving around percentages and probability in the context of basketball free throws. To help Will decide which team is better at free throws using a pictorial method like the fund-raising thermometer, we must understand how to use percentages to compare performance. Helen, for example, makes her free throws 75 percent of the time, so if she were to attempt two shots, the probability that she makes the first shot, which we are calling event C, would be 0.75 or 75%. If Will has drawn similar thermometers for two teams that show their free throw percentages, he would simply need to compare the percentages to determine which team is more successful at free throws. The higher the percentage, the more proficient the team is at making free throws.

Answer:

Nonlinear

Step-by-step explanation:

I took the k12 test and I have proof.

An expression is a combination of terms that are combined by using mathematical operations such as subtraction, addition, multiplication, and division. The terms involved in an expression in math are:

Given expression:

4b+7b+5

As. term can be a single constant, a single variable, or a combination of a variable and a constant combined with multiplication or division.

Terms are 4b, 7b, 5

Now, coefficient is a number that is multiplied by a variable in an expression.

coefficient are 4 , 7

As a constant is a fixed numerical value,

So, constant = 4, 7 , 5

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