Sure, here are the algorithms for the tasks you mentioned: 1. Find the largest among three different numbers entered by the user. ``` Algorithm: Step 1: Start Step 2: Input numbers (a, b, c) Step 3: If a b and a c, then print a is largest Step 4: Else if b a and b c, then print b is largest Step 5: Else print c is largest Step 6: End ``` 2. Find all the roots of a quadratic equation ax^2+bx+c=0 ``` Algorithm: Step 1: Start Step 2: Input values of a, b, c Step 3: Calculate discriminant (d = b^2 - 4ac) Step 4: If d

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Sure, here are the algorithms for the tasks you mentioned: 1. Find the largest among three different numbers entered by the user. ``` Algorithm: Step 1: Start Step 2: Input numbers (a, b, c) Step 3: If a > b and a > c, then print a is largest Step 4: Else if b > a and b > c, then print b is largest Step 5: Else print c is largest Step 6: End ``` 2. Find all the roots of a quadratic equation ax^2+bx+c=0 ``` Algorithm: Step 1: Start Step 2: Input values of a, b, c Step 3: Calculate discriminant (d = b^2 - 4ac) Step 4: If d < 0, print "No real roots" Step 5: Else if d = 0, calculate root (-b/2a) and print it Step 6: Else calculate roots ((-b + sqrt(d))/2a and (-b - sqrt(d))/2a) and print them Step 7: End ``` 3. Find the Fibonacci series till term ≤ 1000. ``` Algorithm: Step 1: Start Step 2: Initialize variables (a = 0, b = 1) Step 3: While a ≤ 1000, print a and update a and b (temp = a, a = b, b = temp + b) Step 4: End ``` 4. Determine whether a Temperature is below or above the Freezing Point ``` Algorithm: Step 1: Start Step 2: Input temperature (t) Step 3: If t < 0, print "Below freezing point" Step 4: Else print "Above freezing point" Step 5: End ``` 5. Determine whether a student Passed the exam or not ``` Algorithm: Step 1: Start Step 2: Input student's score (s) Step 3: If s ≥ passing score, print "Passed" Step 4: Else print "Failed" Step 5: End ``` 6. Find sum of all even numbers upto n ``` Algorithm: Step 1: Start Step 2: Input n Step 3: Initialize sum = 0 Step 4: For i = 2 to n, if i is even, add i to sum Step 5: Print sum Step 6: End ``` 7. Find product of numbers upto n ``` Algorithm: Step 1: Start Step 2: Input n Step 3: Initialize product = 1 Step 4: For i = 1 to n, multiply product by i Step 5: Print product Step 6: End ``` 8. Interchange the value of two numbers ``` Algorithm: Step 1: Start Step 2: Input numbers (a, b) Step 3: Swap a and b (temp = a, a = b, b = temp) Step 4: Print a and b Step 5: End ``` 9. Find area and perimeter of square. ``` Algorithm: Step 1: Start Step 2: Input side length (s) Step 3: Calculate area (s^2) and perimeter (4s) Step 4: Print area and perimeter Step 5: End ``` 10. Find sum of digits of an accepted number ``` Algorithm: Step 1: Start Step 2: Input number (n) Step 3: Initialize sum = 0 Step 4: While n > 0, add last digit of n to sum and remove last digit from n Step 5: Print sum Step 6: End ``` Please note that these are simple algorithms and do not include error checking or handling of special cases.

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Sure, here are the algorithms for the tasks you mentioned: 1. Find the largest among three different numbers entered by the user. ``` Algorithm: Step 1: Start Step 2: Input numbers (a, b, c) Step 3: If a > b and a > c, then print a is largest Step 4: Else if b > a and b > c, then print b is largest Step 5: Else print c is largest Step 6: End ``` 2. Find all the roots of a quadratic equation ax^2+bx+c=0 ``` Algorithm: Step 1: Start Step 2: Input values of a, b, c Step 3: Calculate discriminant (d = b^2 - 4ac) Step 4: If d < 0, print "No real roots" Step 5: Else if d = 0, calculate root (-b/2a) and print it Step 6: Else calculate roots ((-b + sqrt(d))/2a and (-b - sqrt(d))/2a) and print them Step 7: End ``` 3. Find the Fibonacci series till term ≤ 1000. ``` Algorithm: Step 1: Start Step 2: Initialize variables (a = 0, b = 1) Step 3: While a ≤ 1000, print a and update a and b (temp = a, a = b, b = temp + b) Step 4: End ``` 4. Determine whether a Temperature is below or above the Freezing Point ``` Algorithm: Step 1: Start Step 2: Input temperature (t) Step 3: If t < 0, print "Below freezing point" Step 4: Else print "Above freezing point" Step 5: End ``` 5. Determine whether a student Passed the exam or not ``` Algorithm: Step 1: Start Step 2: Input student's score (s) Step 3: If s ≥ passing score, print "Passed" Step 4: Else print "Failed" Step 5: End ``` 6. Find sum of all even numbers upto n ``` Algorithm: Step 1: Start Step 2: Input n Step 3: Initialize sum = 0 Step 4: For i = 2 to n, if i is even, add i to sum Step 5: Print sum Step 6: End ``` 7. Find product of numbers upto n ``` Algorithm: Step 1: Start Step 2: Input n Step 3: Initialize product = 1 Step 4: For i = 1 to n, multiply product by i Step 5: Print product Step 6: End ``` 8. Interchange the value of two numbers ``` Algorithm: Step 1: Start Step 2: Input numbers (a, b) Step 3: Swap a and b (temp = a, a = b, b = temp) Step 4: Print a and b Step 5: End ``` 9. Find area and perimeter of square. ``` Algorithm: Step 1: Start Step 2: Input side length (s) Step 3: Calculate area (s^2) and perimeter (4s) Step 4: Print area and perimeter Step 5: End ``` 10. Find sum of digits of an accepted number ``` Algorithm: Step 1: Start Step 2: Input number (n) Step 3: Initialize sum = 0 Step 4: While n > 0, add last digit of n to sum and remove last digit from n Step 5: Print sum Step 6: End ``` Please note that these are simple algorithms and do not include error checking or handling of special cases.

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