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4,5,14,15,24,25,34,35,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,64,65,74,75,84,85,94,95 = 36 out of 100 = 36%

Q: What percent of the first 100 page numbers in a book contain either a 4 or a 5 or both?

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271 of the first 1000 natural numbers contain at least one digit 5. That is 27.1 % of them.

262. Here's how:Let's look at 1 to 99, where 18 number contain a 9 digit. First there is 1 to 89, which 8 numbers contain the nine: {9,19,29,...89}, then all ten of the 90's have a 9, so that's 18. The next 8 groups, [101-199], [201-299] ... [801-899] follow this same pattern. and finally all 100 of the numbers [900 - 999] contain a 9.So it is 100 + (9 x 18) = 262This assumes you mean whole numbers only, as decimals or rationals would create an infinite set of numbers (unless you limited it to a certain number of decimal places)

First, divide by the amount of numbers (184 divide 4 = 46) and then find the numbers on either side. In this case, they are 43,45,47,49.

First of all, its easiest to deal with this problem as a decimal so remember that three tenths is .3 To change any number into a percent, simply multiply by 100. In this example: .3 * 100 = 30 The answer is 30 percent. This works for all numbers including very small numbers like 5 thousandths. Five thousandths = .005 = .5 percent (.005 x 100 = .5)

The first five whole numbers are: 01234. The first five natural numbers are: 12345.

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271 of the first 1000 natural numbers contain at least one digit 5. That is 27.1 % of them.

28%

7 17 37

Two. The first two zeros are just placeholders.

Then you have a tie, for either first place or last place.

The first step in calculating the percent of numbers is to change the percent to a decimal. When you see the word "of" in word problems, that signals multiplication, so take the decimal and multiply by the number.

Convert it into a decimal numberMultiply by 100.Either step may be carried out first.

3 + 13 + 23 + 31 + 37 = 107

Only if you start at one. Numbers don't stop in either direction. One is the first whole number.

The Egyptians were the first people to have some knowledge in prime numbers. Though, the earliest known record are Euclid's Elements, which contain the important theorem of prime numbers. The Ancient Greeks, including Euclid, were the first people to find prime numbers. Euclid constructed the Mersenne prime to work out the infinite number of primes.

Percent of sales is only one method. The other is an analysis of the receivables, either as a percent of total receivables, or doing an aging analysis first.

To find the LCM of a set of numbers you first need to break those numbers down into their prime factors. In this case: 980 = 2x2x5x7x7 100 = 2x2x5x5 2450 = 2x5x5x7x7 140 = 2x2x5x7 The next step is to identify any common prime factors between the numbers, and only count them once. In this case, all numbers contain one 2 and one 5, so 3 of each can be dismissed. Two numbers also contain a second 5 so one of these can be dismissed. Three numbers contain a second 2 so 2 of these can be dismissed. 3 numbers contain a 7, so 2 of these can be dismissed, and two numbers contain a second 7 so 1 of these can be dismissed. We are left with: 2,2,5,5,7,7 Multiplying these together we get 4,900 So the LCM of 980, 100, 2450 and 140 is 4,900