153....
The sum of the odd numbers (from 1) up to to 500 is 62500. The sum of an arithmetic series is given by: sum = 1/2 x number_in_series x (first + last) For the odd numbers from 1 to 500, there is: number_in_series = 250 first = 1 last = 499 which gives the sum as: sum = 1/2 x 250 x (1 + 499) = 62500.
zero + zero = zero
1022
Sum of observations/Number of observations.
300 Find the difference (500-100=400) then halve the sum(200). Add the halved sum to the lowest number in the equaion(100) or subtract the halved sum(200)from the largest number in the equation(500) one:500-100=400 two:400/2=200 Three: 200+100=300 or 500-200=300
500
153....
The sum of the odd numbers (from 1) up to to 500 is 62500. The sum of an arithmetic series is given by: sum = 1/2 x number_in_series x (first + last) For the odd numbers from 1 to 500, there is: number_in_series = 250 first = 1 last = 499 which gives the sum as: sum = 1/2 x 250 x (1 + 499) = 62500.
zero + zero = zero
1022
85*9 - 500 = 265
Sum of observations/Number of observations.
The sum of the sum and difference gives twice the larger number 14 + 4 = 18 → the larger number is 18 ÷ 2 = 9 The difference of the sum and the difference gives twice the smaller number 14 - 4 = 10 → the smaller number is 10 ÷ 2 = 5 → The two numbers are 9 and 5.
I think you asking what is 1 + 2 + .. 499 + 500. There is a simple way to compute such sums-- Find the average of the numbers and multiply by the number of items in the list. Further the average is just the sum of the first plus the last number in the list, since all of the numbers differs by the same amount. So, the average is (1+500)/2 and there are 500 number is the list, so the sum is (501/2)* 500 = 250*501. [I use * to mean multiply.}
The sum of the first 500 counting numbers (1-500) is 125,001.
This sum gives you the answer.1.50 - 0.16 = 1.34