1234, 1235 and 1236.
32
32 is the smallest two-digit number that can be multiplied by itself to give a four-digit number. (32x32)=1024
113 x 88 = 9944 The highest four-digit number divisible by 88 is 9944.
Only three significant digits are correct, because 5.0 contains no digit for hundredths, and such a digit would be required to give four significant digits in the answer. Because 7 + 5 equals exactly 12, a third significant digit is gained for the answer. Note in contrast that the sum of 7.68 and 0.50 would properly contain four significant digits.
1000
32
32 is the smallest two-digit number that can be multiplied by itself to give a four-digit number. (32x32)=1024
20,3,10 or 12,5,10 there are many combinations of numbers
9999 + 1 * * * * * That is so wrong! There are 10*9*8*7/(4*3*2*1) = 210 combinations of 4 numbers from the set of ten 1-digit numbers, 0 1, 2, ... 9 When considering combinations, 1234 is the same as 2314 or 4123 etc. Actually... 4 numbers to be arranged with ten different possibilities each will give a total of 10^4 combinations, or 10,000.
113 x 88 = 9944 The highest four-digit number divisible by 88 is 9944.
5 is.
Only three significant digits are correct, because 5.0 contains no digit for hundredths, and such a digit would be required to give four significant digits in the answer. Because 7 + 5 equals exactly 12, a third significant digit is gained for the answer. Note in contrast that the sum of 7.68 and 0.50 would properly contain four significant digits.
1000
To find the least three-digit dividend that gives a remainder of 4 when divided by 40, we can start with the smallest three-digit number, which is 100. We want to find a number ( x ) such that ( x \equiv 4 \mod 40 ). The smallest three-digit number that meets this condition is 104, because ( 104 - 4 = 100 ) is divisible by 40. Thus, the least three-digit dividend is 104.
1
three plus four is tree times twenty-four.
184 249 286 or anything 100-299