Answer:
I think it's false
Explanation:
I don't think so. What makes me hesitate is that you may have been told that in your text or in the classroom.
Here are the steps as I understand them.
- Understand the problem you are trying to solve.
- Design a solution.
- Draw a flow chart.
- Write pseudo-code.
- Write code.
- Test and debug.
I think you've done the designing long before you start writing code or even pseudo-code.
Answer:
The code to this question as follows:
Code:
if(x < y) //if block that check value of x less then value of y
{
if(x<z) // inner if block that check value of x less then value of z
{
min = x; //assign value of x in min variable
}
else // inner else block when condition is false
{
min = z; //assign value of z in min variable
}
}
else //outer else block
{
if(y<z) //if block to check value of variable y is less then value of z
{
min = y; //assign value of y in min variable
}
else //else block
{
min = z; //assign value of z in min variable
}
}
Explanation:
In the given question it is defined, that an integer variable " x, y,z, and min" is declared, in which variable "x,y, and z" value is defined, and the variable is used to assign a big value.
- To check the biggest value we use the if-else statement in which, and if block check value of x is less than then the value of y if this condition is true so, inside this another if block declares, that will check if the value of x is less then z. if this is true, it will assign the value of x in min variable else it will assign the value of z in min.
- In the outer else part, another conditional block has used, that checks if the value of y is less than then the value of z if it is true, it assigns the value of y in min else it will assign the value of z in min.
Answer:
Following are the code to this question:
Counter T = new Counter(1, 100); //creating Counter class object and call its parameterized constructor
Thread T1 = new Thread(new Runnable() //creating Thread object T1.
{
public void run() //define run method
{
T.countRange(); //call countRange method
}
});
Thread T2 = new Thread(new Runnable() //creating another object "T2" of Thread.
{
public void run() //define run method
{
T.countRange(); //call countRange method
}
});
T1.start(); //start Thread T1
T2.start(); //start Thread T2
Explanation:
Description of the above code as follows:
- In the given code, inside the main method the Counter class object "T" is created, that calls its parameterized constructor, which accepts two integer value that is "1 and 100".
- In the next step, thread class object T1 and T2, is created, which uses run method, in which it called the countRange method inside the method a for loop is declared that prints value between parameter value.
- In the last step, the start method is called, which uses the run method to call countRange method.
- For full program code please find the attachment.
Answer:
12.18 Volts.
Explanation:
Since these voltmeters are connected in parallel.So the voltage across the parallel connection remains the same but all the three voltmeters are giving different reading this may be because of the different resistances in the wires connected to the voltmeters.
So the probable voltage is the mean of the readings.
probable voltage=[tex](12.23+12.1+12.2)/3[/tex]
=12.18 Volts.
Answer:
The Answer is F: Chang
Explanation:
On a normal basis, the security identifier (SID) of the built-in administration is expected to always follow this sample: S-1-5-domain-500 and from the options, only Chang has similar SID, making him the obvious choice.