Answer:
When designing a cache, you have to consider this things:
If the cache has a bigger block size may have a lower delay, but when miss the miss rate will be costly. If an application has high spatial locality a bigger block size will do well, but programs with poor spatial locality will not because a miss rate will be high and seek time will be expensive.
Answer:
Reduced processor lifespan, reduced fan cooler performance over time, bugs.
Explanation:
The reason is that when you overclock your processor you are increasing its base speeds in GHZ. The processor was designed to work at a determined speed, let's say 3.00 ghz. If you increase this speed to 4.00 ghz, it's not just that now it's working faster, it also draws more power from your power supply, and increases the heat that the chip is taking. Processors are designed to endure high temperatures, therefore, you will likely not see any damaged in short term, but your components life span will be severely reduced, also depending on how much you overclock the processor, and the stability of your system, you can see bugs, unexpected restarts, and strange behavior of the computer. As an example, the i5 4670k runs at 3.80 stock speed, it can reach 50 / 65 degrees under full load. If you raise the speed up to 4.5ghz it will reach 70/80 degrees, depending on your ambient temperature and other factors.
Every application has access to specific opened port. If you only make a exception for the specific application only that application can bypass the firewall.
Answer:
Instruct the operating system to eject the drive before unplugging it.
Explanation:
