Answer:
1:2
Explanation:
Width : Length
3434 : 7878
= 1 : 2.294
= 1 : 2 (to the nearest mm)
Let's assume a condition where ram is 256 MB and the program size is more than 256 MB
in that case, CPU has to wait for I/O to load the remaining part of the program..in this case
CPU utilization is much poorer.
So adding gives benefit only when your CPU is fast enough to take advantage like if a process waiting for I/O
it can put the current process in the run queue and take another process from the ready queue.
This way a better CPU utilization can be achieved.
So by adding ram we can load more programs while waiting for I/O . CPU utilisation will be better.
here by adding 2GB ram we can load 2048/256 = 8 new process into ram at the same time.
2. if cpu have to execute the cpu bound process that wait for I/O cpu will be idle most of the time while
waiting for I/O to be done..this way CPU utilization will be poorer as compare to earlier.
do your own work ************************************************************************************************************************************************************
The containment strategy prevents intruders from removing
information assets from the network, and
prevents attackers from using the organization's network as a launch point
for subsequent attacks.
In
a "block" containment strategy, in which the attacker's path into the
environment is disrupted, you should use the most precise strategy
possible, starting with <span>blocking a specific IP address. Correct answer: C
</span>
