A physical CPU core without hyper-threading enabled can process two instructions at the same time is a false statement.
<h3>Can a CPU do multiple things at once?</h3>
Computers are those that do only one task (or process) at a single time. But a computer can alter tasks very fast and can do a lot of work.
The Central processing unit is known to be the brain of the computer system and without it, the computer cannot function or be turn on.
Hence, A physical CPU core without hyper-threading enabled can process two instructions at the same time is a false statement.
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This issue will happen mostly if cellular network will not be down, or suppose if cellular network is down mostly, or it will be rainy or a current cutoff issue might be occurred.
<u>Explanation:</u>
The following step to be made for trouble shoot his phone when cellular network is down.
1. Restart the mobile:- After restarting kindly check mobile connectivity.
2. Check for mobile air plane mobile and make sure the mobile phone is not in air plane mode.
3. Check the income and outgoing vapidity.
4. Switch off the mobile, Remove service provider sim card from mobile and reinsert the sim card and start the mobile.
5. Still connectivity problem, either contact the service provider or replace with new sim card.
Answer:
Changing Margins
Selecting the Printer
Viewing a preview
Selecting the pages to print
Changing the page orientation
Explanation:
Answer:
The correct answer to the following question will be option D. 300 nits.
Explanation:
LCD Monitors: LCD stands for Liquid Crystal Display, the display which uses two sheets of liquid crystal with polarizing material between the sheets and also known as Flat panel monitor.
- Each of the crystal in LCD's is like a shutter, it either allows to pass the light or it blocks the light. There is a fixed type of resolution in LCD
- LCD panels can be easily moved around all, lightweight, compact and small in size.
- An average 17-inch LCD monitor could be around 15 pounds, upwards 300 nits which gives the perfect brightness.
So, Option D is the correct answer.
Well, ya see, we need to have the picture of the circuit.
