Answer:
Net Monthly Income = $3,535.67
Explanation:
Given:
GMI = $4,666.67
Total Monthly Deductions = $1,131
Find:
Net Monthly Income
Computation:
Net Monthly Income = GMI - Total Monthly Deductions
Net Monthly Income = $4,666.67 - $1,131
Net Monthly Income = $3,535.67
Explanation:
In general, when a program runs in text-based environment like command line interface, the program is used for determining the order in which things happen.
As the program runs, the user will not have any choice and he or she can enter the required data.
If the user enters the data in required format then, he/she can get the result or output in desired format.
The NETWORK mask is and'ed with the IP address to get the network number.
Example:
192.168.1.1 & 255.255.255.0 = 192.168.1.0/24
It's worth the effort to do this in binary, it makes much more sense.
Answer:
Explanation:
The following piece of code is written in Java. It creates the method as requested that takes in two generic objects and compares them using the .equals() built in Java method. This method will return True if the objects are identical or False if they are not. A test case is used in the code and the output can be seen in the attached image below.
public static <T> boolean comparePerez(T a, T b) {
return a.equals(b);
}
Answer:
The solution code is written in Python
- import random
-
- mystery_int_1 = 3
- mystery_int_2 = 4
- mystery_int_3 = 5
- print(str(mystery_int_1) + " " + str(mystery_int_2) + " " + str(mystery_int_3))
-
- while(mystery_int_1 > 0 or mystery_int_2 > 0 or mystery_int_3 > 0 ):
- mystery_int_1 = random.randint(-5, 5)
- mystery_int_2 = random.randint(-5, 5)
- mystery_int_3 = random.randint(-5, 5)
- print(str(mystery_int_1) + " " + str(mystery_int_2) + " " + str(mystery_int_3))
Explanation:
Firstly import random module (Line 1).
Next, create three variables to hold the three mystery numbers (Line 3-5). Display the first set of three mystery numbers in one line (Line 6).
While any one of the three mysteries number still bigger than zero, the while loop will keep going (Line 8). In the loop, three new mystery numbers will be generated using the randint method (Line 9-11). We presume the random value is in range -5 to 5. Print the new set of mystery number on the same line (Line 12).
