<span>The most accurate readings are near the right end of the scale, for two reasons. Any inaccuracy in your reading is a smaller part of the total voltage near full scale, and readings near the left end are likely to be off because of incorrect adjustment of the zero adjust screw. If "extreme right" means past the end of the numbers, you may be off there if the needle hits the stop. On meters with a mirror behind the needle, move to where the needle is in front of its reflection for the best reading.</span>
I believe Intel is better at handling games. Not saying AMD isn't good, just not as good. AMD is better for handling multiple task. I personally don't mind either.
Answer:
Option d is the correct answer for the above question.
Explanation:
- The first loop of the program has a second loop and then the statement. In this scenario, the second loop executes for the value of the first loop and the statement executes for the value of the second loop.
- The first loop executes 4 times, Then the second loop or inner loop executes n times for the n iteration of the first loop, for example, 1 time for the first iteration of the first loop, 2 times for the second iteration of the first loop and so on.
- Then the inner loop executes (1+2+3+4) iteration which gives the result 10 iterations.
- The sum initial value is 0 and the "sum++", increase the value of the sum by 1.
- So the value of the sum becomes 10 after completing 10 iterations of the inner for loop.
- Hence the 10 will be the output. So the Option d is the correct answer while the other is not.
Answer:
Jim's computer will be performing at a slow pace
Explanation:
When you have too many programs open in the background, they eat up your cpu and core memory, causing your PC to lag. Jim's computer is likely to experience lag if he's running a bunch of programs at the same time.
