You "round" numbers by deciding if the number is closer to the lower number or to the higher one. Logically, the halfway point would be the point that decides which is which. This means that 75500.5 would be the halfway point between 75500 and 75501. So the greatest possible number that you would round DOWN to 75500 would be 75500.4
If you were rounding to the nearest 350, the largest integer which would round to 700 would be 1049.
0.999... The nines would repeat to infinity.
1,499,999.99 (1,500,000 would be rounded to 2 million.)
In order to make the number as big as possible, you would want the greatest value digits in the greatest place value. Thus the first number would have to be 9. Once 9 has been used, the second number would have to be 8. Then the third number would have to be 7 and so on. Therefore, the greatest 9 digit number with 9 different digits is 987,654,321.
Numerical analyst.
The greatest possible error for the measurement 0.991 g would be half of the smallest measurable unit, which is typically 0.001 g for this measurement. Therefore, the greatest possible error would be ±0.0005 g.
for example you use a beam balance to find the mass of a rock sample for a science lab. you read the scale as 3.8g. what is your greatest possible error? well the rocks mass was measured to the nearest 0.1g, so the greatest possible error is one half of 0.1g he's right but here's the definition: one half of the unit of measurement to which the measure is being rounded. EX. the greatest possible answer of 3g is 1.5g If you have 3 cm, you are measuring to the nearest cm, so the greatest possibel error would be .5 cm.
The greatest possible error for a measurement is typically half of the smallest unit of measurement. In this case, the smallest unit of measurement is 1 foot, so the greatest possible error for a 14-foot measurement would be 0.5 feet. This means that the actual measurement could be as low as 13.5 feet or as high as 14.5 feet.
There is no limit to the error. For example, if someone told you that they had held up a ruler to the sun and measured the width of the sun as 28.9cm, the error would be 1.4 million km!
first you must find the precision. that is the smallest possible unit of the smallest measurement. in this case the smallest measurement is 5/10ths. the smallest possible unit is 1/10. so 1/10 is the precision. to find the greatest possible error you have to multiply the precision (1/10) by 1/2. and you get 1/20. the greatest possible error is 1/20. another example: find the greatest possible error of both 6 and 3.214. for 6 the smallest unit would be 1 because you can go lower than one without going to the next unit down. so we then take one and multiply it by 1/2. one half is also 0.5. 1 multiplied by 1/2 is 1/2, therefore, the greatest possible error of 6 is 1/2 or 0.5. for the next number take the smallest unit of 214/1000, which is what .214 is. the smallest measurement would be 1/1000. that is our precision. the greatest possible error is one half (1/2) of the precision, or, 1/1000 x 1/2, which equals 1/2000. the greatest possible error of 3.214 is 1/2000. it's kind of confusing. i hope this helped. first it helps to understand the precision. then from there the gpe is half of the precision.
Cehmical damage, radiation, a random error in transcription would be 3 possible causes.
People may have differing opinions on what their greatest accomplishment are at work. They may say promotions or the amount of money they make is the greatest accomplishment.
According to me the greatest challenge would be to adjust with the working environment of the company, cope up with the other collegues of the organisation etc..
The greatest number rounded to 600,000 would be 649,999. When rounding to the nearest hundred thousand, any number equal to or greater than 650,000 would round up to 700,000. Therefore, the greatest number that would round down to 600,000 is 649,999.
It would depend on your chosen career. But as much as possible.
The best place to find information about the career of football player Peli would be to read the several biographies written about his life and career, which can likely be found at your local lending library.