It is 8000000008.5
1000000000
0 has the greatest value.
The 4 has the greatest value. It is in the 100 billionths place.
If you mean: 8.080 8.088 and 0.888 then it is 8.088 that has the greatest value
After the decimal point, the first place has the greatest value,and there's no such thing as the smallest one.Before the decimal point, the first place has the smallest value,and there's no such thing as the greatest one.
23,000 is already rounded to the nearest thousand, and is therefore the greatest possible value under the circumstances.
1000000000
The value chain analysis
23,499
The greatest error is half the last place value. 0.05 mi = 80.5 metres, approx.
Their product.
Find the axis of symetry -b/ 2a that will be the greatest x value
The greatest possible error for a measurement of 1.0 ounce typically depends on the precision of the measuring instrument. If the instrument has a precision of ±0.1 ounce, for example, the greatest possible error would be 0.1 ounce, meaning the true value could range from 0.9 to 1.1 ounces. In general, the error can be expressed as a fraction of the measurement or a fixed value, depending on the context.
The greatest possible error is 0.005
The greatest possible slope is 1.
The greatest possible error is 0.0005
3 is weakest and 12 is greatest value