The number that has the same estimate when using benchmarks of thousands and ten thousands is 5,000. When using benchmarks of thousands, 5,000 would round to 5,000. When using benchmarks of ten thousands, 5,000 would also round to 5,000 since it falls between 0 and 10,000. This number remains the same regardless of the benchmark used due to its position relative to the benchmarks.
98,376
i think it is 28x26
Using the digits 12279, the largest number that can be represented is 97,221.
It is known as the decimal form. A whole number is broken up into counts - including 0 - of units (ones), tens, hundreds, thousands and so on. Then the number is written with the number of ones to the extreme right. To the left of it is the number of tens, next left is the number of hundreds: each time the place value is ten times that of the digit to its right. If the number has a fractional part then it is necessary to obtain counts of the numbers of tenths, hundredths, thousands and so on. A decimal point is placed after the last of the digits representing the integer part, and the counts of tenths, hundredths and so on are positioned so that the place value of each digit is ten times that of the number to its right.
119.3333
rounding
by using the following formula....... x=(A)(B)+C
2000
he was esimatethe number in the paper
There are infinitely many such fractions and the answer also depends on which other benchmarks you are using.
Exact elevations are typically marked using benchmarks, which are fixed points with known elevations set by surveyors. These benchmarks are usually made of metal or concrete and have a unique identification. Surveying equipment is used to measure the elevation of a point relative to these benchmarks.
Any number 499 or less rounds to zero. Any number 500 or greater rounds to 1000.
98,376
You can check by using your estimated number and comparing it with your exact quotient.
11788.2353
If you know the number is 7128 I do not understand why on earth anyone would want to estimate it!
93,876