I would use 47 and 21. It is easy enough to add them without having to waste time with estimates.
I would use 47 and 21. It is easy enough to add them without having to waste time with estimates.
I would use 47 and 21. It is easy enough to add them without having to waste time with estimates.
I would use 47 and 21. It is easy enough to add them without having to waste time with estimates.
I would use 40 for the 38 and 50 for the 51. 90 would be my estimate.
If I had to, I would use 20 and 70.
5.6261
3.8667
11
17 and 4: sum is 21.
I would use 40 for the 38 and 50 for the 51. 90 would be my estimate.
you can use whole numbers
You could use 250 and 750.
If I had to, I would use 20 and 70.
Well, honey, if you wanna estimate the sum of 17 and 75, you could round them both to the nearest ten. So, 17 rounds up to 20 and 75 rounds down to 70. Add those together and you get a rough estimate of 90. But hey, who needs estimates when you can just do the math and get the exact sum of 92?
When working with very large numbers or very small numbers and they would use a system of numeracy known as scientific notation.
5.6261
5678 + 8765 = 14443 would yield the largest possible sum.
50.0000.000
Hm well you can use whole numbers. Now my boy do you get it? Get that brain working!
To find six numbers that average out to 4, we can use the formula for calculating averages: Average = (Sum of all numbers) / (Total number of numbers). Since we have six numbers, the sum of all numbers must be 6 * 4 = 24. To evenly distribute this sum, we can choose the numbers 3, 3, 4, 4, 5, and 5. Their sum is 24, and when divided by 6, the average is indeed 4.