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Every other number is 1 3 5 7 9 11. The second set of numbers are 10 9 8 7 6. So to continue the series it would be 5 13 4 15 3 17 2 19 1 21.

Q: Continue the following number series with the group of numbers below Which best continues the series 1 10 3 9 5 8 7 7 9 6 11?

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Since the number series are not provided it is hard to know how to continue it. A person would need to see the following series to know the answer.

11

8. The numbers should be broken up into sets of two such as 5-10 the next set 6-9 is one more then the first number (5) and one less then the second number (10). 8. The numbers should be broken up into sets of two such as 5-10 the next set 6-9 is one more then the first number (5) and one less then the second number (10).

There are an infinite number of multiples. Multiples are simply numbers that are evenly divided by 72. You can continue to multiply 72 by numbers, and they will all be multiples of 72. 72, 144, 216, 288, 360.....etc. This can continue on forever, therefore, there are infinite multiples.

8

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Since the number series are not provided it is hard to know how to continue it. A person would need to see the following series to know the answer.

11

Numbers never end. You can always continue to add another digit to a number and make it larger. Because this is the case, you can continue to look forward forever for prime numbers. The difference/distance between the numbers may grow, but prime numbers will continue to appear.

8. The numbers should be broken up into sets of two such as 5-10 the next set 6-9 is one more then the first number (5) and one less then the second number (10). 8. The numbers should be broken up into sets of two such as 5-10 the next set 6-9 is one more then the first number (5) and one less then the second number (10).

I'm guessing your sequence is 1, 3, 6, 10, 15, ... In which case it continues: 21, 28, 36, 45, 55, 66, ... (These are the triangular numbers.)

Those are square numbers. Just continue getting more square numbers to continue the sequence.

All integers are rational numbers but any number that can't be expressed as a fraction is an irrational number

The list of numbers continues forever so there is not a largest number. We sometimes call the 'final number' infinity but it is not a fixed number - it has no value. Think about this: Let n be any number What must n+1 be? Well, it is a number plus another number so it must also be a number. That means that the list of numbers continues forever and there is no largest number.

65 is a whole number!

A real number is any number. Real numbers can be whole numbers or numbers which include a decimal point.

The following numbers go into 24. 1,2,3,4,6,8 and 12

The next number in the sequence would be 8. The sequence alternates between numbers from 1 to 5, and then increases by 7. Therefore, the pattern continues with the next number being 8.