Answer:
Explanation:
ilms aren't produced in a vacuum, they are influenced by the films that came ... It is important to consider a specific film's purposes when using film theory ... a large theatre can hear them while properly conveying emotion required by the scene ... in a theatrical production you would have the lighting board operator position ...
Answer:
The computer must be infected with malicious virus.
Explanation:
Since Kyle did a troubleshooting of the client’s computer by running Disk Defragmenter and Disk Clean-up utilities and found out, that the CPU was running several processes in the Windows task manager.
After restarting the computer, he noticed a long load time for Windows and saw several processes that he did not recognize.
This is obviously a sign of an infected system by a malicious virus.
Kyle should install an antivirus program such as Avast or Kaspersky on the computer and run a deep virus scan to detect any virus.
Answer:
When a process is "listed" in a queue, the most important information stored in the list in memory are;
i. Process state: The process state is the status of a given process at a given point in time. In this case, the process state of the process in a queue is going to be <em>waiting</em>.
ii. Process ID: Every process has a unique identifier to distinguish it from other processes.
iii. Priority status: This gives the information of the priority level of the process over other processes that are listed in the queue.
Answer:
int main()
{
double pH;
int neutral;
int base;
int acid;
cout<<"Enter a pH Value";
cin>> pH;
if(pH<7.0){
neutral =0;
base=0;
acid= 1;
}
else if (pH=7.0){
neutral =1;
base=0;
acid= 0;
}
else{
neutral =0;
base=1;
acid= 0;
}
cout <<"The neutral, Base and Acid Values are: "<<neutral<<","<<base<<","<<acid<<" Respectively"<<endl;
return 0;
}
Explanation:
Using multiple if/elseif/else statement the following problem is solved with C++
Answer:
Modern CPUs contain multiple cores. Think of it as multiple smaller CPU's on the single CPU chip. The multiple cores can handle different processes in parallel allowing for multiple programs to be running at the same time. This is not considered true multi-processing since the architecture still has a single I/O bus and can be subject to a single point of failure. But the operating system will take advantage of the additional cores as if they were multiple physical CPU's - enhancing performance and productivity.
Explanation:
