LCM, SUM OF N NUMBERS, FACTORIAL

LCM-LEAST COMMON MULTIPLE

FLOW CHART

##TO BE DISCUSS

PYTHON CODE:

no1=int(input("enter 1st number"))
no2=int(input("enter 2ed number"))
big=no1 if no1>no2 else no2
big2=big
while True:
    if big%no1==0 and big%no2==0:
        print(big)
        break
    big+=big2

OUTPUT:

JAVA CODE:

public class LCMExample {
    public static void main(String[] args) {

        int no1 = 4;
        int no2 = 6;

        int big = (no1 > no2) ? no1 : no2;
        int big2 = big;

        while (true) {
            if (big % no1 == 0 && big % no2 == 0) {
                System.out.println("LCM: " + big);
                break;
            }
            big += big2;
        }
    }
}

OUTPUT:

JAVA SCRIPT CODE:

let no1 =Number( prompt("Enter your Number"))
let no2 = Number( prompt("Enter your Number"))
let big = no1 > no2 ? no1 : no2
let big2 = big
while (true) {
    if (big % no1 == 0 && big % no2 == 0) {
    console.log("LCM", big);
    break;
    }
    big += big2
}

OUTPUT:

SUM OF N NUMBERS

FLOW CHART:

PYTHON CODE:

sum=0
no=1
while no<=10:
    sum=sum+no
    no+=1
print(sum)

OUTPUT:

JAVA CODE:

public static void main(String[] args) {

        int sum=0;
        int no=1;
            while(no<=10){
                    sum=sum+no;
                    no+=1;
            }


        System.out.println("LCM: " + sum);
    }

OUTPUT:

JAVA SCRIPT CODE:

 let sum = 0
 let no = 1
 while (no <= 10) {
     sum = sum + no
     no += 1
 }
console.log(sum);

OUTPUT:

FACTORIAL

FLOW CHART:

JAVA CODE:

public static void main(String[] args) {

 int sum=1;
 int no=1;
 while(no<=7){
     sum=sum*no;
     no+=1;
 }
System.out.println("factorial: " + sum);
}

OUTPUT:

PYTHON CODE:

sum=1
no=1
while no<=5:
    sum=sum*no
    no+=1
print(sum)

OUTPUT:

JAVA SCRIPT CODE:

let sum = 1
let no = 1
    while (no <= 10) {
        sum = sum * no
        no += 1
    }
console.log(sum);

OUTPUT: