Answer:
Option(c) is the correct answer for the given question.
Explanation:
The method variable overrides the class variable name with same name The method variable overrides of the class variable name .
Following are the example in java language
public class Main
{
int b=90; // class varaible or instance varaible
void sum()
{
int b=34; // method having same name as class varaible name
b=b+10;
System.out.println(b); // display b
}
public static void main(String[] args) // main method
{
Main ob=new Main(); // craete object
ob.sum(); // calling method sum
}
}
Output:
44
In this we declared a variable 'b' as int type in class and override this variable in sum() function it means same variable name is declared in function sum() .
acquiesces ,destroys,alters are the wrong for the given question.
So overrides is the correct answer
the answer is d because depending on your state's laws they can also and endangerment of self and others
<span>Second generation of computer apparatus. Second Generation: Transistors
(1956-1963)</span>
The world
would see transistors substitute vacuum tubes in the second generation of
computers. The transistor was created at Bell Labs in 1947 but did not see omnipresent
use in computers until the late 1950s.
The
transistor enormously higher positioning to the vacuum tube, allowing PCs to
transform into littler, speedier, less expensive, more vitality effective and
more dependable than their first-generation predecessors. Though the transistor
still generated a great deal of heat that subjected the computer to destruction,
it was a vast development over the vacuum tube. Second-generation computers
still confidence on punched cards for input and printouts for production.
<span> </span>
Answer:
in general terms a sample resume would have less on it with more of a general overview,while a full resume has the whole 9 yards
Regardless of improvements, CMOS technology is very likely to dominate the semiconductor industry and will continue to evolve in the near future. Even in the present day of advanced CMOS, older TTL, RTL, and RTL designs are still able to find their markets. We can however, nevertheless, conclude that a newer and better approach will displace majority of current semiconductors.
