# Rounding 0.996 to the Nearest Hundredth

Rounding numbers is a fundamental aspect of mathematics that is often used in everyday life. This concept is particularly useful when dealing with decimal values, as it allows us to estimate numbers to the required level of accuracy. Rounding 0.996 to the nearest hundredth is a simple task that can be accomplished with a few steps.

## What is Rounding? Rounding is the process of approximating a number to the nearest whole number, tenth, hundredth, etc. It is used to limit the number of significant digits of a value, and make calculations simpler. The number 0.996 can be rounded to the nearest hundredth using the following steps.

## Steps to Round 0.996 to the Nearest Hundredth The first step is to identify the number to the right of the hundredths place. In 0.996, the number is 6, which is greater than 5. Therefore, the hundredths digit must be rounded up to 1. The next step is to discard the number to the right of the hundredths place, resulting in a number of 0.99. Finally, add one to the hundredths place, resulting in 0.99 rounded to the nearest hundredth.

## Examples of Rounding 0.996 to the Nearest Hundredth Rounding 0.996 to the nearest hundredth can be seen in various scenarios. For example, when measuring the temperature of a room, it is common to round the value to the nearest tenth or hundredth. This can be done by first identifying the number to the right of the tenths or hundredths place, and then discarding the number to the right. This results in a value that is easier to work with and more accurate.

## Conclusion Rounding 0.996 to the nearest hundredth is a simple task that can be achieved with a few steps. By first identifying the number to the right of the hundredths place and then discarding the number to the right, one can obtain the desired result. This concept is useful in various scenarios, such as when measuring temperatures or when dealing with calculations involving decimals.

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Rounding 0.996 to the nearest hundredth is a straightforward process that involves discarding the number to the right of the hundredths place and adding one to the hundredths place. This concept is useful in various scenarios, such as when measuring temperatures or dealing with decimal calculations.