chrome
The browser using the most memory is firefox. But it depends upon the number of addons and plugins used along with it. Chrome with 10 extension takes alot more ram than firefox running without addons.
A megabyte.
No, Chrome uses more MB than Explorer because of it's more functionality. It can be beneficial because no lack of space now.
Google Chrome and Internet Explorer both are web browsers. Chrome is much faster and stable than Explorer.
Your computer will have more issues when you hard rive is near full as it uses something called virtual memory. This memory is really hard drive space that the systems uses like CPU memory. The computer will be spending more time looking around your drive and finding space then doing work you want. Two ways to cure this is to get a larger drive or more memory.
Chrome cannot have user defined backgrounds. It uses the backgrounds given by the themes.
Basically yes, but they are different kinds of memory with different uses.
RoHS legislation has reduced the number of applications for engineered chrome or hard chrome plating in recent years. However, engineered chrome is still used whenever friction, wear or corrosion resistance is needed. The largest single consumer of engineered chrome on the web is the Federal Government. They list several uses on their site, fbo.gov.
Google Chrome was developed by Google and uses Adobe Flash Player. It has a 51% share in the browsers all over.
This cannot be changed through combat arms, you need to set google chrome as your default browser on the computer.
Google Chrome itself does not have a specific port number; rather, it uses standard ports based on the protocols it supports. For example, HTTP traffic typically uses port 80, and HTTPS traffic uses port 443. When you access websites through Chrome, the browser communicates over these ports depending on the site's protocol.
Memory mapped IO uses a portion of RAM to handle IO requests. In this manner, instructions the CPU uses for reading and writing memory can also be used for IO, reducing the circuitry needed. This makes the CPU simpler, cheaper and more effecient.