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What is the number if it is a multiple of both three and seven and the difference between the two digits is three?
63
What is the greatest seven-digit number using four different digits?
9,999,876 is the greatest seven-digit number using four different digits.
What is significant about the number 4444444?
Seven significant digits.
What number is a factor of 96 and 144 and its digits sum to seven?
The number is 16.
What is the largest two digit number with seven as one of its digits?
97
What seven digit number that comes between one million and two million?
All of the numbers between one and two million have seven digits.
What is the number if it is a multiple of both three and seven and the difference between the two digits is three?
63
How many significant digits are in 1.076000?
This number has seven significant digits.
A certain number has three digits the sum equals thirty six times this number seven times the left digit plus nine equals five times the sum of the first and third number What is the third number?
The answer to this question is at my website aim feliciano980
What is the greatest seven-digit number using four different digits?
9,999,876 is the greatest seven-digit number using four different digits.
What is the greatest seven digit number with seven different digits?
9,876,543 is.
How many significant digits are in the number 4.500060?
Seven
What is significant about the number 4444444?
Seven significant digits.
What number is a factor of 96 and 144 and its digits sum to seven?
The number is 16.
How many numbers does millions have?
One million is 1 followed by 6 zeroes - a total of 7 digits.
What is the difference between face value and local value of 7 and 3 in the number 527435?
The face value of the digits is their individual value, so the 7 is seven and the 3 is threeThe local value of the digits takes into account their position in the number, so the 7 is seven thousand and the 3 is thirty.
What is the dvisibility rule for 7?
To find out if a number is divisible by seven, take the last digit, double it, and subtract it from the remaining digits of the number.If the result is divisible by 7 (including zero), then the original number is divisible by seven. If the new number is still too big, you can apply the rule again.Example: 406.First, double the last digit, 6. (6 times 2 equals 12.)Second, subtract that number from the remaining digits. (12 subtracted from 40 equals 28.)Third, if the result is divisible by seven, the whole number is. (7 divides equally into 28.)Thus, since the result is divisible by seven, we can conclude that 406 is divisible by seven.If the result is still to big, repeat this procedure.Example: 7,805.Double the last digit, (makes 10,) subtract it from remaining digits, (780 minus 10 equals 770.)770 is still to big a number to easily determine whether it is divisible by seven, so it is best to repeat the procedure, like so:Double the last digit, which is a little weird since the last digit is zero, but 0 plus 0 still equals zero. (0 times 2 equals zero.) Subtract from remaining digits, (77 minus 0 equals 77.)77 is divisible by 7, so we can conclude that 7,805 is divisible by seven.
