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3 years ago

The block of code below is supposed to display “multiple of 5” if the positive number value is in fact a multiple of 5

Computers and Technology

1 answer:

12345 [234]3 years ago

3 0

Answer:

Answer is (value MOD 5) = 0.

Explanation:

A number A is multiple of another number B if after dividing A by B remainder value is zero.

In mathematics modulo or (MOD) function is a function which returns remainder value after dividing two numbers.

Here in question for condition

( value MOD 5 ) = 0 code will print "Multiple of 5". For each value which is divisible by 5 we will get zero remainder implying that value is a multiple of 5.

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Write a program with total change amount as an integer input that outputs the change using the fewest coins, one coin type per l

alexandr1967 [171]

Answer:

a=input("Amount in pennies")

b=int(a)

dollars=0

dimes= 0

quarters=0

nickels=0

pennies = 0

dollars = int(b/100)

b= b- dollars *100

quarters=int(b/25)

b=b-quarters*25

dimes = int(b/10)

b = b -dimes*10

nickels=int(b/5)

b=b - nickels * 5

pennies = b

print(dollars)

print(dimes)

print(nickels)

print(pennies)

Explanation:

The required program is in answer section. Note, the amount is entered in pennies.

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Explanation:

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3 years ago

Design a class named Complex for representing complex numbers and the methods add, subtract, multiply, divide, abs for performin

Tanzania [10]

Answer:

Explanation:

The following code is written in Java, it creates the entire complex class as requested so that it works with the main method that has been provided in the question without having to change anything in the main method. Proof of output can be seen in the attached picture below

import java.util.Scanner;

class Test implements Cloneable{

public static void main(String[] args) {

Scanner input = new Scanner(System.in);

System.out.print("Enter the first complex number: ");

double a = input.nextDouble();

double b = input.nextDouble();

Complex c1 = new Complex(a, b);

System.out.print("Enter the second complex number: ");

double c = input.nextDouble();

double d = input.nextDouble();

Complex c2 = new Complex(c, d);

System.out.println("(" + c1 + ")" + " + " + "(" + c2 + ")" + " = " + c1.add(c2));

System.out.println("(" + c1 + ")" + " - " + "(" + c2 + ")" + " = " + c1.subtract(c2));

System.out.println("(" + c1 + ")" + " * " + "(" + c2 + ")" + " = " + c1.multiply(c2));

System.out.println("(" + c1 + ")" + " / " + "(" + c2 + ")" + " = " + c1.divide(c2));

System.out.println("|" + c1 + "| = " + c1.abs());

Complex c3 = c1;

System.out.println(c1 == c3);

System.out.println(c3.getRealPart());

System.out.println(c3.getImaginaryPart());

}

class Complex implements Cloneable {

public interface Cloneable { }

private double realPart;

public double getRealPart() {

return realPart;

}

public void setReal(double real) {

this.realPart = real;

}

private double imaginaryPart;

public double getImaginaryPart() {

return imaginaryPart;

}

public void setImaginary(double imaginary) {

this.imaginaryPart = imaginary;

}

public Complex(double a, double b) {

realPart = a;

imaginaryPart = b;

}

public Complex(double a) {

realPart = a;

imaginaryPart = 0;

}

public Complex() { }

public Complex add(Complex comp2) {

double real1 = this.getRealPart();

double real2 = comp2.getRealPart();

double imaginary1 = this.getImaginaryPart();

double imaginary2 = comp2.getImaginaryPart();

return new Complex(real1 + real2, imaginary1 + imaginary2);

}

public Complex abs() {

double real1 = Math.abs(this.getRealPart());

double imaginary1 = Math.abs(this.getImaginaryPart());

return new Complex(real1, imaginary1);

}

public Complex subtract(Complex comp2) {

double real1 = this.getRealPart();

double real2 = comp2.getRealPart();

double imaginary1 = this.getRealPart();

double imaginary2 = comp2.getRealPart();

return new Complex(real1 - real2, imaginary1 - imaginary2);

}

public Complex multiply(Complex comp2) {

double real1 = this.getRealPart();

double real2 = comp2.getRealPart();

double imaginary1 = this.getRealPart();

double imaginary2 = comp2.getRealPart();

return new Complex(real1 * real2, imaginary1 * imaginary2);

}

public Complex divide(Complex comp2) {

double real1 = this.getRealPart();

double real2 = comp2.getRealPart();

double imaginary1 = this.getRealPart();

double imaginary2 = comp2.getRealPart();

return new Complex(real1 / real2, imaginary1 / imaginary2);

}

public String toString() {

String result;

result = realPart + " + " + imaginaryPart + "i";

return result;

}

3 0

3 years ago