Rounded to the nearest million, 754 is approximately equal to zero.
It is 800.
760
Any number greater than or equal to 745 but less than 755 can be rounded off to 750. This is because when rounding to the nearest 10, any number 5 or greater in the ones place will round up. Therefore, numbers like 746, 747, 748, 749, and 750 can all be rounded to 750.
It is 280 (according to IEEE standard 754). Unfortunately, many schools teach that 5 and higher numbers should be rounded up and 4s and lower rounded down. Unfortunately that method introduces a systematic upward bias.
Rounded to the nearest million, 754 is approximately equal to zero.
800
754 is the nearest 1,000
754,300 rounded to the nearest hundred thousands place is 800,000
It is 800.
800
It is 750.
2800
It depends on the degree of rounding. To the nearest ten, it is 80005, To the nearest ten thousand it is 85000, To the nearest twenty thousand it is 89999. In order to avoid systemic bias, fives are not rounded up but to to evens as per the IEEE 754 standard.
Infinitely many numbers.1 million and 1 whole numbers . Although, technically 34 million, itself, would not be rounded. This would comprise the numbers from [33,500,000, 34,500,000]. In the first case the 5 is rounded up while in the second it is rounded down. This is consistent with the rule of "Round up or down so that the new last digit is even". This is the default rounding mode used in IEEE 754 computing functions and operators.
Yu cound be any number in the interval [599500, 600500]. [Rounding halves to evens as per IEEE standard 754.]
When you round off 42 754 to the nearest thousands, you will have 40 000, and to ten thousands, you get 0.