Answer:
The correct code to the given question is
if ((counter % 10) == 0) // check the condition
{
System.out.println("Counter is divisible by ten: " + counter); // display
}
else // check the condition
{
System.out.println("Counter is not divisible by ten: " +counter); // display the //value
}
counter++; // increment the value of counter
Explanation:
Following are the description of code
- In the given question we have to check the condition that the given number is divisible by 10 or not .
- In the if block if the number is divisible by 10 then it print the value of number and increment the value of counter .
- In the else block if the number is not divisible by 10 then it print the value of number and increment the value of counter .
- It means the value of counter is increases in the if block as well as in the else block .So we have to remove the counter statement from there and place outside the if and else block .
Answer:
The correct answer to the following question will be "STDEV".
Explanation:
- The method Excel STDEV generates the standard data variance describing a variable or to estimate or measure the standard deviation in a test, this method will be used.
- To find a population's standard deviation will be using the STDEV. P function in and later on throughout Excel. Either use STDEVA or STDEVPA unless you include rational or document values in the computation.
The manufacturer must, therefore, use the STDEV function, because of this.
The answer is..
C. During one-on-one conversations
Answer:
What do the stapedius and gluteus maximus have in common? They move the hips and thighs. They are attached to bones. They are the largest muscles.
Explanation:
Answer:
Concurrent software is better suited to parallel processing environment represented by multiprocessors as compared to sequential software.
Explanation:
Sequential software corresponds to a code which is executed step by step on a single processing unit. A concurrent software on the other hand supports parallel execution by splitting the execution across multiple parallely executing component units. A multiprocessor system speeds up concurrent execution by providing independent execution units (processors) for these code segments running parallely. So concurrent software is better suited to multiprocessors.
