200
There can be no such integers: a smaller integer cannot be 5 times the larger number.
ANSWER: -11Negative integers are smaller than the positive integers.
Ignore the signs and subtract the smaller number from the larger one.
Smaller numbers always go to the left of larger number on the number line.
Smaller number is '6'
There can be no such integers: a smaller integer cannot be 5 times the larger number.
You subtract the smaller from the larger and give the answer the sign of the number with the larger absolute value.
If for the two integers a + b = c, a is larger than zero and b is larger than the absolute value of the first number, then c is always positive. If a is smaller than zero, and b is larger than the absolute value of the second number, then c is positive. If a is smaller than zero, and b is smaller than the absolute value of the second number, then c is negative.
ANSWER: -11Negative integers are smaller than the positive integers.
2790
Ignore the signs and subtract the smaller number from the larger one.
Smaller numbers always go to the left of larger number on the number line.
Let the smaller be n, then the larger is n+1; and: n + 4(n+1) = 59 → n + 4n + 4 = 59 → 5n = 55 → n = 11 → the two consecutive integers are 11 and 12.
Subtract the number with the smaller absolute value from the other. Give the answer the sign of the number with the larger absolute value.
No, that will indicate the percentage the smaller number is of the larger number.
Smaller number is '6'
If the order of the pairs of numbers doesn't matter (that is the pairs (1, 11) and (11, 1) are considered the same) then there are 89 such pairs.If the order does matter (that is the pairs (1, 11) and (11, 1) are considered different) then there are 178 such pairs.There must be one number larger than the other.The smaller number must be at least 1, so the larger number must be at least 11.The larger number must be at most 99, so the smaller number must be at most 89.Thus, looking at the smaller numbers, it can be one of the numbers 1 to 89 - a total of 89 possibilities - each of which has a corresponding larger number.Therefore there are 89 combinations of 2 integers from the number 1-99 that have a difference of 10.If however, the order of the integers is important, then the smaller number can be the first number or second number, which means that there are twice as many possible pairs, giving 178 permutations of 2 integers from the numbers 1-99 that have a difference of 10.