Languages Name Numbers Differently and This Can Make It Easier or More Difficult to Learn Maths 2 + 2 remains 4, no matter where you are. It almost looks like we have one world-wide maths language and that learning basic maths in one country does the job, no need to learn it again in another country. Having the same rules and symbols is great, because it makes it very easy to talk about numbers and calculations. This is why 92 is different from 29, although both are combinations of the same digits! However, in 29 it is the other way around: the value of the 9 is just 9 (9 × 1) and the value of the 2 is 20 (2 × 10). For example, the value of the 9 in 92 is 90 (9 × 10) and the value of the 2 in 92 is 2 (2 × 1). The place-value rule means that the value of each digit becomes clear when we look at the place of this digit within the multi-digit number. Multi-digit numbers follow the place-value rule, which allows us to write down as many numbers as we want with only the ten symbols we already know. We use these ten symbols to write down single-digit numbers and we combine them when we write down multi-digit numbers. The Hindu-Arabic numeral system uses exactly ten symbols that you are probably familiar with: 1, 2, 3, 4, 5, 6, 7, 8, 9, and 0. Most countries use the so-called Hindu-Arabic numeral system to write down numbers. 7 × 8 equals 56, both in the United States of America and in Germany 2. This is also true for calculations: 2 + 2 equals 4, both in France and in China. Numbers and Maths Are Pretty Universalĭoing basic maths 1 seems to be a pretty common thing-you do it, I do it, even very young children do it before they go to school, for instance, when they count marbles. We also show how the way multi-digit number words are built can make learning maths and dealing with large numbers easier or more difficult. In this article, we will give examples of what number words in different languages look like. Although most of us use the same symbols to write down numbers (1, 2, 3, 4, …), we use very different words for these numbers simply because we speak different languages. 7 × 8 equals 56, both in the United States of America and in Germany. 2 + 2 equals 4, both in France and in China.
This makes our cloud-based tools very secure.Doing basic maths seems to be a pretty common thing. Our cloud-based online tools use HTTPS to encrypt your data sent to and downloaded from our cloud infrastructure, and only you have access to your data (unless you have chosen to share it). Sometimes however this is not optimal or possible for tools which for example require high processing power, display maps aware of your current location, or allow you to share data. We work hard to make our tools run locally on your device since avoiding sending data over the internet is more secure.
Different numbers in different languages code#
To achieve this we use HTML5 and WebAssembly, a form of code that is run by the browser itself allowing our tools to execute at near-native speed. All the work is done locally by the browser itself, making these tools very fast and secure. Our online tools which execute locally on your device don't need to send your data (your files, your audio or video data, etc.) over the internet. Protecting your privacy is one of our main concerns when developing our tools. We develop secure online tools that are cloud-based or that execute locally on your device.
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