Fix grammar

Planeshifter · web-flow · commit e58521b670b0 · 2017-05-14T12:21:53.000-04:00
diff --git a/FAQ.md b/FAQ.md
@@ -99,7 +99,7 @@ You should use JavaScript because
 1. __Parity__: you recognize that other languages, as languages, have no inherent advantage over JavaScript. With few exceptions, the same criticisms leveled against JavaScript as to why the language is not suitable for numeric computing (e.g., single-threaded, lacks native support for big integers, dynamically compiled, etc) are equally applicable to other languages, such as R and Python. That those languages have risen to prominence is more attributable to chance rather than to comparative advantage.
 1. __Browsers__: you want to perform numeric computation in a web browser. JavaScript is, and will continue to be, the language of the Web.
 1. __Forward Compatibility__: standards compliant code written now will work in the future. A key mandate when evolving the ECMAScript specification is that new language features must not break the web, thus ensuring that code written in the past continues to work in modern environments. This stands in contrast to language schisms like Python 2 and 3.
-1. __Edge Computing__: you want to outsource server-side computation to client applications. A numeric compute-enabled client application can analyze data, train models, and generate predictions with shorter latency and lower server costs. Contrary to other languages and environments, a self-contained web application (similar in concept to a pre-compiled binary) which leverages JavaScript for numeric computation do not require persistent server infrastructure or containerization.
+1. __Edge Computing__: you want to outsource server-side computation to client applications. A numeric compute-enabled client application can analyze data, train models, and generate predictions with shorter latency and lower server costs. Contrary to other languages and environments, a self-contained web application (similar in concept to a pre-compiled binary) which leverages JavaScript for numeric computation does not require persistent server infrastructure or containerization.
 1. __Node.js__: you want to perform numeric computation in a Node.js application. Node.js is now regularly used by over [98%][node-fortune-500] of Fortune 500 companies (with accelerating industry adoption) and is well-suited for a wide range of applications (including numeric computing) due to its performance and flexibility.
 1. __Community__: you want to leverage the continually growing JavaScript and Node.js community. JavaScript has one of the [largest][stackoverflow-developer-survey] and most diverse developer [ecosystems][stackoverflow-developer-survey]. Using JavaScript means greater access to help, expertise, and resources, including tutorials, workshops, and education materials.
 1. __Visualization__: you want tighter integration between computation and data visualization. Other languages require intermediary layers to translate computational results into visual artifacts. These layers often involve network requests, longer latency, and increased complexity. Using JavaScript for numeric computation removes the need for intermediaries, allowing immediate and more transparent integration between computation and visualization.
