Step 1. Click the address bar at the top of your Google Chrome window, type "About: cache" into the box and press "Enter." A page will appear with a list of cached files and their addresses.
Step 2. Press the "Ctrl" and "F" keys on your keyboard at the same time to open the find bar.
Step 3. Type part of the name or address of a cached file into the find box and press "Enter" to find it. Continue pressing "Enter" to page through any matching results.
Step 4. Select the full address of the cached file on the page with your mouse and press "Ctrl" and "C" at the same time to copy the address.
Step 5. Click the address bar, press "Ctrl" and "V" at the same time to paste the address and press "Enter" to load the file. Chrome loads the file from the cache.
Step 6. Right-click the image, page or script and select "Save As" to save the cached file to your computer.
Answer:
Learning opportunities for AI can be extended to all through the inclussion of courses and different teaching methods related to Artificial Intelligence, new technologies, computer science, programming and, in short, everything related to the digital world, in the educational plans at the national level. This is so because artificial intelligence and computer systems are the basis for the development of the new tools jobs of tomorrow. Thus, education in these subjects is essential so that citizens can enter the labor market once they acquire the necessary age, having the knowledge to do so in a proper way.
Answer:
These systems are commonly used in facilities such as public libraries to ensure equitable use of limited numbers of computers. Bookings may be done over the internet or within the library itself using a separate computer set up as a booking terminal.
Answer:
A. The song was saved using fewer bits per second than the original song.
Explanation:
A song can be recorded on the computer or any device ranging from bit rates 96 kbps to 320 kbps.
The lesser the bitrates the lesser the quality of the audio and when we increase the bit rates, the quality of the audio recorded gradually increases.
Bitrates of 128 kbps give us a radio like quality whereas when we use bitrates of 320 kbps we get very good or CD-like quality.
According to the scenario, the most appropriate answer is option A.
