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# what percent of 369275 is 1322?

The total population is 369275 and I need to know what percent of 1322 home health patients make up the total population.

## Research, Knowledge and Information :

### what percent of 1322 is 20 - percentage-off-calculator.com

what percent of 1322 is 20 ? Solution: 20 is what percent of 1322 is equal to (20 / 1322) x 100 = 1.51%. So if you buy an item at \$1322 with \$20 discounts, you will ...

### 375 is what percent of 1322 - step by step solution

Simple and best practice solution for 375 is what percent of 1322. Check how easy it is, and learn it for the future. Our solution is simple, and easy to understand ...

### 0.6 is what percent of 1322 - step by step solution

Simple and best practice solution for 0.6 is what percent of 1322. Check how easy it is, and learn it for the future. Our solution is simple, and easy to understand ...

### What is 15 percent off 1322 dollars| How to calculate 15% off ...

Answer: calculate 15 percent of 1322 dollars by using the tool, it is quite easy to get the value of the question "what is 15% of 1322"

### Table 4. Farm Production Expenses: 2002 and 1997

percent of total Farms with expenses of-\$1 to \$999 ..... \$1,000 to \$4,999 ..... \$5,000 to \$9,999 ..... \$10,000 to \$ ...

### BIOL 1322 Chapter 11 Flashcards | Quizlet

Start studying BIOL 1322 Chapter 11. Learn vocabulary, terms, and more with flashcards, ... Approximately what percent of the body's vitamin A stores are found in the ...

### Percentage Calculator

Free online calculator gives out any value out of the other values in the percentage equation. Percentage difference and percentage increase calculators are also ...

### Solutions: Percent Applications

What is the percent increase in enrollment? Rounded to the nearest tenth of a percent we get 3.6%. 3 : The tuition at a college increased from ...

### Nutrition Homework 2 module 2 (part 2).docx - (part2 ...

View Homework Help - Nutrition Homework 2 module 2 (part 2).docx from BIOL 1322 at HCCS. Nutritionhomework2module2(part2) Question11 Notyetanswered Markedoutof1.00 ...

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Percentage of zip code residents living and working in this county: ... 1,322 women). 49.3% of residents ... 91601 Zip Code (Los Angeles, CA)

## Suggested Questions And Answer :

### Here I will give you more about percents. View this and try to answer it please. :)

This time the grid has 50 squares. 25 are shaded. shaded/grid size=25/50=1/2. As a ratio this is 1:2, as a fraction it is 1/2; as a decimal, we count how many digits there are in the denominator and then we write 1 followed by as many zeroes: so, there is one digit in the numerator, giving us 10, which we multiply by 1/2, to give us 5. That means the equivalent of 1/2 is 5/10 or 5 tenths. The first decimal place after the decimal point is the tenths position. 0.1 means 1 tenth. So 5 tenths is 5 times as big: 0.5. 1/2 is 0.5 as a decimal. As a per cent (which means out of 100), we multiply 1/2 by 100=50, so 1/2 is 50%. Another way of converting 1/2 into a decimal is to divide 2 into 1 like this: .....0 . 5 2 | 1 . 0 (treat this as 10 but leave the decimal points lined up)

### Do you mind helping me please?

You have resubmitted this question perhaps because the answer wasn't what you expected. I've answered again because nothing seems to have changed. Maybe I misinterpreted the definition of c(x)? But it is no clearer than it was before. "50 squared(x2)" I read as "50x^2", 50 times x squared. Isn't this right?  A. Domain is 0≤x≤100 because x is a percentage, and 0%-100% is the only range for percentage. But a value of x=0 would make the cost c(x) negative, which wouldn't make sense. [However, if c(x) is to be positive, then there must be a minimum value for x that makes c(x) zero, implying that there is no cost for removing less than the minimum percentage of pollutants. The paragraph below shows that c(10.95)=0, so x=10.95% is the minimum value. If c(x)=50x^2-100x-4900, and c(x)=0, x^2-2x-98=0, x^2-2x=98; completing the square: add 1 to each side: x^2-2x+1=99, so (x-1)^2=99 and minimum x=1+√99=1+3√11=10.95 approx, making the domain 1+3√11≤x≤100 so that 0≤c(x)≤485100 (pesos). For removing less than 10.95% of pollutants there is no cost.] B. If c(x)=50x^2-100x-4900, then putting x=50, 70, 90 and 99.5 into the function we get: c(50)=115100 pesos; c(70)=233100 pesos; c(90)=391100 pesos; c(99.5)=480162.5 pesos. [These amounts may look large but the peso is a small amount of money and a Phillipine peso, for example, is worth about 2 American pennies. So the maximum cost is around \$10000 US.]

### If increasing 30 by P% gives the same result as decreasing 90 by P% , what is the value of P ?

If increasing 30 by P% gives the same result as decreasing 90 by P% , what is the value of P ? Let the result in both cases be R. Then, (1 + P/100)*30 = R       (increasing 30 by P%) (1 - P/100)*90 = R        (decreasing 90 by P%) Subtracting the 2nd eqn from the 1st eqn, (30 + (3/10)P) - (90  - (9/10)P) = 0 (30 - 90) + (3/10 + 9/10)P = 0 -60 + (12/10)P = 0 6P/5 = 60 P = 50 Check (increasing 30 by 50%)​ 30 + 15 = 45 (decreasing 90 by 50%)​  90 - 45 = 45

### Polynomial and Linear (?)

A. Domain is 0≤x≤100 because x is a percentage. However, if c(x)≥0 then there must be a minimum value for x. This implies there is no cost for removing less than the minimum percentage of pollutants. If c(x)=50x^2-100x-4900, and c(x)=0, x^2-2x-98=0, x^2-2x+1=99; (x-1)^2=99 and minimum x=1+√99=1+3√11=10.95 approx, making the domain 1+3√11≤x≤100 so that 0≤c(x)≤485100 (pesos). For removing less than 10.95% of pollutants there is no cost. B. If c(x)=50x^2-100x-4900, then putting x=50, 70, 90 and 99.5 into the function we get: c(50)=115100 pesos; c(70)=233100 pesos; c(90)=391100 pesos; c(99.5)=480162.5 pesos. c(x) would be negative if x=0 which suggests perhaps the function is meant to read differently or have the domain specified in A. If the formula for c(x) has not been correctly interpreted, please resubmit your question with a clearer representation of c(x). However, I hope the method shown is helpful to you.

### Find the probability that the number of women employees in this sample of 20 that at least 5

The binomial expansion of (0.2+0.8)^20 provides terms for all possibilities from all 20 women crying to no women crying. The expansion of the binomial expression has the coefficients 1, 20, 190, 1140, ... 20Cr, ... 190, 20, 1. The corresponding probability factors are 0.2^20, 0.2^19*0.8, 0.2^18*0.8^2, ... 0.2^(20-r)0.8^r, ... 0.2^2*0.8^18, 0.2*0.8^19, 0.8^20. These factors are: all 20 with crying response, 19 crying and 1 not crying, 18 crying and 2 not crying, and so on up to only 2 crying, only 1 crying, none crying. a. At least 5 crying This includes all women crying, i.e., we need to sum all the binomial terms from r=0 to 15. This comes to 0.3704. b. 1 to 3 Sum from r=17 to 19 = 0.4000. c. At most 6 Sum from 14 to 20=0.9133.

### what are the possible combination of making 30 with 1, 3, 5, 7, 9

I started off by figuring how many ways to use nines: 30   3 nines, 27 total   2 nines, 18 total   1 nine, 9 total   0 nines, 0 total I then figured how many ways to use sevens: 30   3 nines, 27 total     0 sevens, 27 total   2 nines, 18 total     1 seven, 25 total     0 sevens, 18 total   1 nine, 9 total     3 sevens, 30 total     2 sevens, 23 total     1 seven, 16 total     0 sevens, 9 total   0 nines, 0 total     4 sevens, 28 total     3 sevens, 21 total     2 sevens, 14 total     1 seven, 7 total     0 sevens, 0 total I then figured how many ways to use fives, then threes, ending up with this: 30   3 nines, 27 total     0 sevens, 27 total       0 fives, 27 total         1 three, 30 total         0 threes, 27 total   2 nines, 18 total     1 seven, 25 total       1 five, 30 total         0 threes, 30 total       0 fives, 25 total         1 three, 28 total         0 threes, 25 total     0 sevens, 18 total       2 fives, 28 total         0 threes, 28 total       1 five, 23 total         2 threes, 29 total         1 three, 26 total         0 threes, 23 total       0 fives, 18 total         4 threes, 30 total         3 threes, 27 total         2 threes, 24 total         1 three, 21 total         0 three, 18 total   1 nine, 9 total ​    3 sevens, 30 total       0 fives, 30 total         0 threes, 30 total     2 sevens, 23 total       1 five, 28 total         0 threes, 28 total       0 fives, 23 total         2 threes, 29 total         1 three, 26 total         0 threes, 23 total     1 seven, 16 total       2 fives, 26 total         1 three, 29 total         0 threes, 26 total       1 five, 21 total         3 threes, 30 total         2 threes, 27 total         1 three, 24 total         0 threes, 21 total       0 fives, 16 total         4 threes, 28 total         3 threes, 25 total         2 threes, 22 total         1 three, 19 total     0 threes, 16 total     0 sevens, 9 total       4 fives, 29 total     0 threes, 29 total       3 fives, 24 total     2 threes, 30 total     1 three, 27 total     0 threes, 24 total       2 fives, 19 total     3 threes, 28 total     2 threes, 25 total     1 three, 22 total     0 threes, 19 total       1 five, 14 total     5 threes, 29 total     4 threes, 26 total         3 threes, 23 total     2 threes, 20 total     1 three, 17 total     0 threes, 14 total       0 fives, 9 total     7 threes, 30 total     6 threes, 27 total     5 threes, 24 total     4 threes, 21 total     3 threes, 18 total     2 threes, 15 total     1 three, 12 total     0 threes, 9 total   0 nines, 0 total     4 sevens, 28 total       0 fives, 28 total     0 threes, 28 total     3 sevens, 21 total       1 five, 26 total     1 three, 29 total     0 threes, 26 total       0 fives, 21 total     3 threes, 30 total     2 threes, 27 total     1 three, 24 total     0 threes, 21 total     2 sevens, 14 total       3 fives, 29 total     0 threes, 29 total       2 fives, 24 total     2 threes, 30 total     1 three, 27 total     0 threes, 24 total       1 five, 19 total     3 threes, 28 total     2 threes, 25 total     1 three, 22 total     0 threes, 19 total       0 fives, 14 total     5 threes, 29 total     4 threes, 26 total     3 threes, 23 total     2 threes, 20 total     1 three, 17 total     0 threes, 14 total     1 seven, 7 total       4 fives, 27 total     1 three, 30 total     0 threes, 27 total       3 fives, 22 total     2 threes, 28 total     1 three, 25 total     0 threes, 22 total       2 fives, 17 total     4 threes, 29 total     3 threes, 26 total     2 threes, 23 total     1 three, 20 total     0 threes, 17 total       1 five, 12 total     6 threes, 30 total     5 threes, 27 total     4 threes, 24 total     3 threes, 21 total     2 threes, 18 total     1 three, 15 total     0 threes, 12 total       0 fives, 7 total     7 threes, 28 total     6 threes, 25 total     5 threes, 22 total     4 threes, 19 total     3 threes, 16 total     2 threes, 13 total     1 three, 10 total     0 threes, 7 total     0 sevens, 0 total       6 fives, 30 total     0 threes, 30 total       5 fives, 25 total     1 three, 28 total     0 threes, 25 total       4 fives, 20 total     3 threes, 29 total     2 threes, 26 total     1 three, 23 total     0 threes, 20 total       3 fives, 15 total     5 threes, 30 total     4 threes, 27 total     3 threes, 24 total     2 threes, 21 total     1 three, 18 total     0 threes, 15 total       2 fives, 10 total     6 threes, 28 total     5 threes, 25 total     4 threes, 22 total     3 threes, 19 total     2 threes, 16 total     1 three, 13 total     0 threes, 10 total       1 five, 5 total     8 threes, 29 total     7 threes, 26 total     6 threes, 23 total     5 threes, 20 total     4 threes, 17 total     3 threes, 14 total     2 threes, 11 total     1 three, 8 total     0 threes, 5 total       0 fives, 0 total     10 threes, 30 total     9 threes, 27 total     8 threes, 24 total     7 threes, 21 total     6 threes, 18 total     5 threes, 15 total     4 threes, 12 total     3 threes, 9 total     2 threes, 6 total     1 three, 3 total     0 threes, 0 total (more to follow)

### round 0.6% to nearest tenth

0.006 * 100 = 0.06% 0.06% The 0 to the right of the decimal point is in the tenths place.  The next digit over is 6, which is greater than or equal to 5, so the 0 rounds up to 1. Answer:  0.1%

### If Sue makes\$24,000 and fred make \$20,000. what % does sue make more than fred?

For this problem you can use the formula 1-(higher wage/lower wage) 1-(1.2)=.2 To cover this to a percentage we need to move the decimal two places to the right, put in a 0 as a place holder and add the percent sign sue makes 20% more than fred.

### I am ranked 260 out of 726 students in my class. What percentile am I in?

260/726=130/363=35.81%. If first percentile is between 0 and 1 percent, you are in 36th percentile, between 35 and 36 percent.

### what is the answer to 2x-y-2z=1, 4x+y-z=5, x+y+4z=-5 using matrices

what is the answer to 2x-y-2z=1, 4x+y-z=5, x+y+4z=-5 using matrices how to solve this math problem using matrices?   2  -1  -2  │  1   4   1  -1  │  5   1   1   4  │ -5 Multiply line 2 by 2.   2  -1  -2  │  1   8   2  -2  │ 10   1   1   4  │ -5 Subtract line 2 from line 1, replace line 1.  -6  -3   0  │ -9   8   2  -2  │ 10   1   1   4  │ -5 Multiply line 2 by 2.  -6  -3   0   │ -9  16   4  -4  │ 20    1   1   4  │ -5 Add line 3 to line 2, replace line 2.  -6   -3   0  │ -9  17   5   0  │ 15    1   1   4  │ -5 Multiply line 3 by 6.  -6  -3   0  │  -9  17   5   0  │  15   6   6  24  │ -30 Add line 1 to line 3, replace line 3.  -6  -3   0  │  -9  17   5   0  │  15   0   3  24  │ -39 Multiply line 1 by 5; multiply line 2 by 3. -30 -15   0  │ -45  51  15   0  │  45    0   3  24  │ -39 Add line 2 to line 1, replace line 1.  21    0   0  │   0  51  15   0  │  45    0   3  24  │ -39 Divide line 1 by 21.   1     0   0  │   0  51  15   0  │  45    0   3  24  │ -39 Multiply line 1 by 51.  51    0   0  │   0  51  15   0  │  45    0   3  24  │ -39 Subtract line 1 from line 2, replace line 2.  51   0   0  │   0   0  15   0  │  45   0   3  24  │ -39 Divide line 2 by 5.  51   0   0  │   0    0   3   0  │   9   0   3  24  │ -39 Subtract line 2 from line 3, replace line 3.  51   0   0  │   0    0   3   0  │   9   0   0  24  │ -48 Three-in-one: divide line 1 by 51, divide line 2 by 3, divide line 3 by 24.   1   0   0  │   0   0   1   0  │   3   0   0   1  │  -2 This shows that x = 0, y = 3, z = -2