List the odd four-digit numerals,each containing the digits ,4,5 and 6.
-- List the digits that are used to write the number. -- Add up the list.
A one digit multiplication problem is one in which the numerals being multiplied have only one digit. Examples would include: 6x2 or 5x3 or 7x4 or 1x8. (These are just a few examples. The list of all the possible one digit multiplication problems would be very long.) A two digit multiplication problem is one in which the numbers being multiplied have two digits. Examples would include: 12x43 or 16x21 or 75x23.
There are 500 of them ... too many to list here.
Any one of the ten digits may be chosen first, and any of the remaining digits as the second one. Therefore, there are 90 such numbers, which you can list yourself by following the indicated pattern. The beginning of the list is 01, 02, 03, .....
To make the list of two-digit numbers with digits that add up to 10, first write the pairs of single-digit integers that add up to 10. They are (1,9), (2,8), (3,7), (4,6), (5,5). Then recognize that each of these pairs of numbers, except 5, can be combined in two different ways to make two-digit numbers that satisfy the problem. 19 and 91 28 and 82 37 and 73 46 and 64 55 So there are nine two-digit numbers with digits that add up to 10.
-- List the digits that are used to write the number. -- Add up the list.
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A one digit multiplication problem is one in which the numerals being multiplied have only one digit. Examples would include: 6x2 or 5x3 or 7x4 or 1x8. (These are just a few examples. The list of all the possible one digit multiplication problems would be very long.) A two digit multiplication problem is one in which the numbers being multiplied have two digits. Examples would include: 12x43 or 16x21 or 75x23.
There are 625 of them - too many to list.
There are five such numbers: 11, 12, 15, 24 and 36.
There are 500 of them ... too many to list here.
Any one of the ten digits may be chosen first, and any of the remaining digits as the second one. Therefore, there are 90 such numbers, which you can list yourself by following the indicated pattern. The beginning of the list is 01, 02, 03, .....
There are ten thousand possible pin numbers with four digits. To generate your list, start at 0000 and start counting, to 9999.
2 ÷ 7 = 0.285714285714... ie it repeats the 6 digits: {2, 8, 5, 7, 1, 4}. Therefore taking the digit place modulus 6 will tell you which of these digits occupies that position (if the result of the modulus is 0, the 6th of the list, ie the '4', is the required digit). 1001 mod 6 = 5 → 1001st digit of 2/7 is a '1' (assuming the 1st digit is the 1st digit after the decimal point).
There are 720 of them and I do not have the time to list them all.There are 720 of them and I do not have the time to list them all.There are 720 of them and I do not have the time to list them all.There are 720 of them and I do not have the time to list them all.
To make the list of two-digit numbers with digits that add up to 10, first write the pairs of single-digit integers that add up to 10. They are (1,9), (2,8), (3,7), (4,6), (5,5). Then recognize that each of these pairs of numbers, except 5, can be combined in two different ways to make two-digit numbers that satisfy the problem. 19 and 91 28 and 82 37 and 73 46 and 64 55 So there are nine two-digit numbers with digits that add up to 10.
There isn't a specific digit for the gear ratio. The last nine digits are vehicle specific, the dealer can input those digits in their computer system to get the build list of the truck. The ratio will be listed there.