It depends what you're rounding off to.
9050 rounded to the nearest hundred, would be 9100.
9050 rounded to the nearest thousand, would be 9000.
It's the nature of rounding. When rounding to the nearest whole number, look at the tenths place. If that digit is 4 or less (like the first number) zero it and everything to the right of it out. If that digit is 5 or higher, (like the second number) increase the target digit by one and zero everything to the right of it out. 5.43 is closer to 5 than to 6. 4.68 is closer to 5 than to 4.
When rounding a number to the nearest 100, you have to take note of the digit in the 10 place. For example, if the number you are given is 2350 and you want to round it to the nearest 100, you would round it to 2400. If the number is 2345, however, you would round it down to 2300 because even though the 5 in the ones place would round the 4 in the tens place to a 5 if you were rounding by 10, you are not supposed to pay attention to numbers in the ones place when rounding by 100. Basically, you only pay attention to the number directly after the number you're rounding. Also, if you're rounding by 100 and the given number is something like 2970, you would have to round up to 3000.
It means estimating certain numbers to the nearest whole number. For example, When you have a number like 335.788889999, you would not want to write the entire number or use that number for any of your arithmetic operations like addition or subtraction or multiplication ,etc. So in order to make it easier or for comfort, we round the numbers or estimate it to the nearest whole number. Now, that number can also be written as 336 and this is known as rounding of numbers.
Rounding a number really just depends on the number and also how much you're wanting to round it to. If you want to round to the nearest 10 for example, you would need to look at the unit (ones) digit. If it is 5 or more, you round the number to the left of it (the tens) up. If it is less than 5, you keep it the same.Examples of rounding to the nearest 10:56 is rounded to 6044 is rounded to 4088 is rounded to 90503,334 is rounded to 503,330144 is rounded to 140To round to the nearest 0.001, you need to look at the thousandths of the decimal number. Again, applying the same rule as for rounding to the nearest 10, if the number is 5 or more, round the 'hundredth' up and if it is less than 5, keep it the same.Examples of rounding to the nearest 0.001 (3 decimal places):678.567569 is rounded to 678.5687.23456 is rounded to 7.2350.0005 is rounded to 0.00124.993215 is rounded to 24.993If the number is small like 0.00000986, then it is just counted as 0 as it can not be rounded to 3 decimal places.
Rounding is when you make the number go up by 1 when it is 5 or more in a one digit number. When it is a two digit number, the number in the ones place has to be 5 or more to round up which means to make the number go up. When a number in the ones place is less than 5, you have to make the number goes down. For example, if you have the number 59, you would round up and it would be 60 or if you had the number 52, you would go down and the number would be 50. Rounding is also done after you solve an equation. For example, when you have an equation like 25+61, you would first have to solve the equation normally and then you round the answer. 25+61=86. 86 is rounded to 90 and that is your answer for an equation that is needed to be rounded. Estimating is when you have an equation and you round up or down before you solve the equation.
This would depend on how much you are rounding to. If you are rounding to the nearest hundred then the answer could be a number like 66048. However, if you are rounding to the nearest 1 then the answer could be a number like 66000.4.
It is like when you have a number then you make it into another number to make it a bigger number.
it is like when you have a number you use that number to make it bigger
It's the nature of rounding. When rounding to the nearest whole number, look at the tenths place. If that digit is 4 or less (like the first number) zero it and everything to the right of it out. If that digit is 5 or higher, (like the second number) increase the target digit by one and zero everything to the right of it out. 5.43 is closer to 5 than to 6. 4.68 is closer to 5 than to 4.
Rounding is not done in stages like the above suggests. If 4.445 is rounded to the nearest hundredth, it becomes 4.45. This does not mean that rounding it to the nearest tenth would be 4.5 though. Rounding it to the nearest tenth would be 4.4, and rounding it to the nearest whole number would be 4. Rounding numbers multiple times leads to compacted error, not an accurately rounded number.
Yes, you can divide pi, just like any other number. However, it will be an irrational number, just like pi, so there is no way to properly write it out without rounding.
When rounding a number to the nearest 100, you have to take note of the digit in the 10 place. For example, if the number you are given is 2350 and you want to round it to the nearest 100, you would round it to 2400. If the number is 2345, however, you would round it down to 2300 because even though the 5 in the ones place would round the 4 in the tens place to a 5 if you were rounding by 10, you are not supposed to pay attention to numbers in the ones place when rounding by 100. Basically, you only pay attention to the number directly after the number you're rounding. Also, if you're rounding by 100 and the given number is something like 2970, you would have to round up to 3000.
It means estimating certain numbers to the nearest whole number. For example, When you have a number like 335.788889999, you would not want to write the entire number or use that number for any of your arithmetic operations like addition or subtraction or multiplication ,etc. So in order to make it easier or for comfort, we round the numbers or estimate it to the nearest whole number. Now, that number can also be written as 336 and this is known as rounding of numbers.
You use rounding TO estimate. For instance, estimating is 2.8 + 3.9 is about 7. Rounding is 2.8 is about 3 and 3.9 is about 4. When you estimate, you're rounding MULTIPLE numbers which you will then add, multiply, etc. to get an ESTIMATE! when you're rounding, you need to be given a certain number and you make it less specific. for example, the population of whoville is 693044. if I'm rounding to the nearest thousand, then the answer is 693000. numbers 5 and up are rounded up. numbers 4 and below are rounded down. when you're estimating, you're basically making an educated guess without knowing the real number. for example, you're looking at a bag of jellybeans and you guess there's 750 in there. it seems like a reasonable number so you estimate that.
There is no single answer to that, as it depends on what basis you are rounding on, like to the nearest 10 or the nearest 100 or the nearest 500 etc.
No. Rounding can be one way of formatting, but generally they are very different. Rounding just changes the amounts of decimal places displayed. Formatting can do that and a huge amount of other things, such as the type of number, like currency or percentage. Formatting can change the size, the font and the colour. Formatting can change underling, italics and bolding. So it can change a lot of things. Rounding is just one specific thing you can do.
It is spinning (pronounced with a short 'i' like pin).