This question is impossible to solve because a sum is when numbers are added together. The question would have to be 6552 plus some other number. But if you are asking what 6552 rounded to the nearest 100 is, then your answer is 6600.
sum just means add and 100 and 100 when added together is 200.
The idea is to round each of the numbers - in this case to the nearest multiple of 10 - then do the addition in your head.
The sum of the integers from 1 to 100 inclusive is 5,050.
n*(n+1)=sum 100*(100+1)=10100
The sum of the first 100 natural numbers is 5,001.
The two candidates are 300 and 400 300 is a "distance" of 49 away 400 is a "distance" of 51 away So 300 is the nearest 100.
hi
1371.58 * ( ( 100 - 15 ) / 100 ) = 1165.843
106 + 091 = 197 100 + 100 = 200 Answer: 3
You do not need a conjecture; you can calculate the answer. The answer is 10,100
The answer is the 100th triangular number so you can use the formula (n(n+1))/2.n = 100 so the sum is (100 x 101)/2 = 10100/2 = 5,050.
Add them all together then divide the sum by 100 (move the decimal point two places to the left).
No reason. The nearest ten will be closer to the actual sum.
You can round 98 up to the nearest ten, giving you 100, and 32 down to the nearest 10, giving you 30.This sum would make 100 x 30, which is 3000, just 136 shy of the actual answer.
Calculate the sum
I suggest you use the formula for an arithmetic series to calculate that.
Estimate by rounding to the nearest ten.​ Then, find the sum.221122plus+33554455​_​_The estimated sum is nothing.