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Given the following text description, write Python code to implement the functionality described below step by step
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Description:
 <h1 align="center">Simple Conditional Statements</h1>
<h2>01.Excellent Result</h2>
The first task of this topic is to write a console program that introduces an estimate (decimal number) and prints "Excellent!" if the score is 5.50 or higher.
Step1:  <h2>02.Excellent or Not</h2>
The next task of this topic is to write a console program that introduces an estimate (decimal number)
and prints "Excellent!" if the score is 5.50 or higher, or "Not Excellent." in the opposite case.
Step2:  <h1>03.Even or Odd</h1>
Write a program that enters an integer and print whether it is even or odd.
Step3:  <h2>04.Greater Number</h2>
Write a program that introduces two integers and prints the larger one.
num_1 = int(input())
num_2 =  int(input())
if num_1 >= num_2
Step4:  <h2>06.Bonus Score</h2>
An integer number is given. Bonus points based on the rules described below are charged.
Yes a program is written that calculates the bonus points for that number and the total number of points with the bonuses.
01.If the number is up to 100 inclusive, the bonus points are 5.
02.If the number is greater than 100, the bonus points are 20% of the number.
03.If the number is greater than 1000, the bonus points are 10% of the number.
04.Additional bonus points (charged separately from the previous ones)
Step5:  <h2>07.Sum Seconds</h2>
Three athletes finish for some seconds (between 1 and 50).
To write a program,which sets the times of the contestants and calculates their cumulative time in the "minutes
Step6:  <h2>08.Metric Converter</h2>
Write a program that translates a distance between the following 8 units
Step7:  <h2>09.Password Guess</h2>
Write a program that enters a password (one line with any text) and
checks if it is entered matches the phrase "s3cr3t! P @ ssw0rd".
In case of a collision, bring "Welcome".
In case of inconsistency "Wrong Password!"
Step8:  <h2>10.Number 100...200</h2>
Write a program that enters an integer and checks if it is below 100, between 100 and 200 or more 200.
Print relevant messages as in the examples below
Step9:  <h2>11.Equal Words</h2>
Write a program that introduces two words and checks whether they are the same.
Do not make a difference between headwords and small words. Show "yes" or "no".
Step10:  <h2>12.Speed Info</h2>
Write a program that introduces a speed (decimal number) and prints speed information.
At speeds of up to 10 (inclusive), print "slow". At speeds over 10 and up to 50, print "average".
At speeds over 50 and up to 150, print "fast". At speed above 150 and up to 1000, print "ultra fast".
At higher speed, print "extremely fast".
Step11:  <h2>13.Area of Figures</h2>
Write a program that introduces the dimensions of a geometric figure and calculates its face.
The figures are four types
Step12:  <h2>14.Time + 15 Minutes</h2>
Write a program that introduces hours and minutes of 24 hours a dayand calculates how much time it will take after 15 minutes. The result is printed in hh
Step13:  <h2>15.3 Equal Numbers</h2>
Enter 3 numbers and print whether they are the same (yes / no)
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Python Code:
num = float(input())
if num >= 5.50:
    print("Excellent!")
Explanation: <h1 align="center">Simple Conditional Statements</h1>
<h2>01.Excellent Result</h2>
The first task of this topic is to write a console program that introduces an estimate (decimal number) and prints "Excellent!" if the score is 5.50 or higher.
End of explanation
grade = float(input())
if grade >= 5.50:
    print("Excellent!")
else:
    print("Not excellent.")
Explanation: <h2>02.Excellent or Not</h2>
The next task of this topic is to write a console program that introduces an estimate (decimal number)
and prints "Excellent!" if the score is 5.50 or higher, or "Not Excellent." in the opposite case.
End of explanation
num = int(input())
if num % 2 == 0:
    print("even")
else:
    print("odd")
Explanation: <h1>03.Even or Odd</h1>
Write a program that enters an integer and print whether it is even or odd.
End of explanation
num = int(input())
if num == 0:
    print("zero")
elif num == 1:
    print("one")
elif num == 2:
    print("two")
elif num == 3:
    print("three")
elif num == 4:
    print("four")
elif num == 5:
    print("five")
elif num == 6:
    print("six")
elif num == 7:
    print("seven")
elif num == 8:
    print("eight")
elif num == 9:
    print("nine")
else:
    print("number too big")
Explanation: <h2>04.Greater Number</h2>
Write a program that introduces two integers and prints the larger one.
num_1 = int(input())
num_2 =  int(input())
if num_1 >= num_2:
    print(num_1)
else:
    print(num_2)
<h2>05.Number 0...9 to Text</h2>
Write a program that enters an integer in the range [0 ... 10] and writes it in English language.
If the number is out of range, it says "number too big"
End of explanation
num = int(input())
bonus = 0
if num <= 100:
    bonus += 5
elif num > 100 and num < 1000:
    bonus += (num * 0.2)
elif num >= 1000:
    bonus += (num * 0.1)
if num % 2 == 0:
    bonus += 1
if num % 10 == 5:
    bonus += 2
print(bonus)
print(bonus + num)
Explanation: <h2>06.Bonus Score</h2>
An integer number is given. Bonus points based on the rules described below are charged.
Yes a program is written that calculates the bonus points for that number and the total number of points with the bonuses.
01.If the number is up to 100 inclusive, the bonus points are 5.
02.If the number is greater than 100, the bonus points are 20% of the number.
03.If the number is greater than 1000, the bonus points are 10% of the number.
04.Additional bonus points (charged separately from the previous ones):
o For even number - + 1 p.
o For a number that ends at 5 - + 2 points.
End of explanation
first_Time = int(input())
second_Time = int(input())
third_Time = int(input())
total_Time = first_Time + second_Time + third_Time
minutes = int(total_Time / 60)
seconds = total_Time % 60
if total_Time < 60:
    if total_Time <= 9:
        print(f'0:0{seconds}')
    else:
        print(f'0:{seconds}')
elif total_Time >= 60:
    if seconds <= 9:
        print(f'{minutes}:0{seconds}')
    else:
        print(f'{minutes}:{seconds}')
Explanation: <h2>07.Sum Seconds</h2>
Three athletes finish for some seconds (between 1 and 50).
To write a program,which sets the times of the contestants and calculates their cumulative time in the "minutes: seconds" format.
Take seconds to lead zero.
End of explanation
input_num = float(input())
input_unit = input()
output_unit = input()
if input_unit == "mm":
    if output_unit == "mm":
        print(input_num * 1,"mm")
    elif output_unit == "cm":
        print(input_num / 10,"cm")
    elif output_unit == "m":
        print(input_num / 1000,"m")
    elif output_unit == "mi":
        print((input_num / 1000) * 0.000621371192,"mi")
    elif output_unit == "in":
        print((input_num / 1000) * 39.3700787,"in")
    elif output_unit == "km":
        print((input_num / 1000) * 0.001,"km")
    elif output_unit == "ft":
        print((input_num / 1000) * 3.2808399,"ft")
    elif output_unit == "yd":
        print((input_num / 1000) * 1.0936133,"yd")
elif input_unit == "cm":
     if output_unit == "mm":
        print(input_num * 10,"mm")
     elif output_unit == "cm":
         print(input_num * 1,"cm")
     elif output_unit == "m":
         print(input_num / 100,"m")
     elif output_unit == "mi":
         print((input_num / 100) * 0.000621371192,"mi")
     elif output_unit == "in":
         print((input_num / 100) * 39.3700787,"in")
     elif output_unit == "km":
         print((input_num / 100) * 0.001,"km")
     elif output_unit == "ft":
         print((input_num / 100) * 3.2808399,"ft")
     elif output_unit == "yd":
         print((input_num / 100) * 1.0936133,"yd")
elif input_unit == "mi":
     if output_unit == "mm":
        print((input_num * 1609.344)* 1000,"mm")
     elif output_unit == "cm":
         print((input_num * 1609.344) * 100,"cm")
     elif output_unit == "m":
         print(input_num * 1609.344,"m")
     elif output_unit == "mi":
         print(input_num * 1,"mi")
     elif output_unit == "in":
         print((input_num * 1609.344) * 39.3700787,"in")
     elif output_unit == "km":
         print((input_num * 1609.344) * 0.001,"km")
     elif output_unit == "ft":
         print((input_num * 1609.344) * 3.2808399,"ft")
     elif output_unit == "yd":
         print((input_num * 1609.344) * 1.0936133,"yd")
elif input_unit == "in":
     if output_unit == "mm":
        print((input_num * 0.0254)* 1000,"mm")
     elif output_unit == "cm":
         print((input_num * 0.0254) * 100,"cm")
     elif output_unit == "m":
         print(input_num * 0.0254,"m")
     elif output_unit == "mi":
         print((input_num * 0.0254) * 0.000621371192,"mi")
     elif output_unit == "in":
         print((input_num * 1),"in")
     elif output_unit == "km":
         print((input_num * 0.0254) * 0.001,"km")
     elif output_unit == "ft":
         print((input_num * 0.0254) * 3.2808399,"ft")
     elif output_unit == "yd":
         print((input_num * 0.0254) * 1.0936133,"yd")
elif input_unit == "km":
     if output_unit == "mm":
        print((input_num * 1000)* 1000,"mm")
     elif output_unit == "cm":
         print((input_num * 1000) * 100,"cm")
     elif output_unit == "m":
         print(input_num * 1000,"m")
     elif output_unit == "mi":
         print((input_num * 1000) * 0.000621371192,"mi")
     elif output_unit == "in":
         print((input_num * 1000) * 39.3700787,"in")
     elif output_unit == "km":
         print((input_num * 1),"km")
     elif output_unit == "ft":
         print((input_num * 1000) * 3.2808399,"ft")
     elif output_unit == "yd":
         print((input_num * 1000) * 1.0936133,"yd")
elif input_unit == "ft":
     if output_unit == "mm":
        print((input_num / 3.2808399)* 1000,"mm")
     elif output_unit == "cm":
         print((input_num / 3.2808399) * 100,"cm")
     elif output_unit == "m":
         print(input_num / 3.2808399,"m")
     elif output_unit == "mi":
         print((input_num / 3.2808399) * 0.000621371192,"mi")
     elif output_unit == "in":
         print((input_num / 3.2808399) * 39.3700787,"in")
     elif output_unit == "km":
         print((input_num / 3.2808399) * 0.001,"km")
     elif output_unit == "ft":
         print((input_num * 1),"ft")
     elif output_unit == "yd":
         print((input_num / 3.2808399) * 1.0936133,"yd")
elif input_unit == "yd":
     if output_unit == "mm":
        print((input_num / 1.0936133)* 1000,"mm")
     elif output_unit == "cm":
         print((input_num / 1.0936133) * 100,"cm")
     elif output_unit == "m":
         print(input_num / 1.0936133,"m")
     elif output_unit == "mi":
         print((input_num / 1.0936133) * 0.000621371192,"mi")
     elif output_unit == "in":
         print((input_num / 1.0936133) * 39.3700787,"in")
     elif output_unit == "km":
         print((input_num / 1.0936133) * 0.001,"km")
     elif output_unit == "ft":
         print((input_num / 1.0936133) * 3.2808399,"ft")
     elif output_unit == "yd":
         print((input_num / 1),"yd")
elif input_unit == "m":
     if output_unit == "mm":
        print(input_num * 1000,"mm")
     elif output_unit == "cm":
         print(input_num  * 100,"cm")
     elif output_unit == "m":
         print(input_num * 1,"m")
     elif output_unit == "mi":
         print(input_num  * 0.000621371192,"mi")
     elif output_unit == "in":
         print(input_num * 39.3700787,"in")
     elif output_unit == "km":
         print(input_num  * 0.001,"km")
     elif output_unit == "ft":
         print(input_num * 3.2808399,"ft")
     elif output_unit == "yd":
         print(input_num * 1.0936133,"yd")
Explanation: <h2>08.Metric Converter</h2>
Write a program that translates a distance between the following 8 units: m, mm, cm, mi, in, km, ft, yd.
End of explanation
password = input()
if password == "s3cr3t!P@ssw0rd":
    print("Welcome")
else:
    print("Wrong password!")
Explanation: <h2>09.Password Guess</h2>
Write a program that enters a password (one line with any text) and
checks if it is entered matches the phrase "s3cr3t! P @ ssw0rd".
In case of a collision, bring "Welcome".
In case of inconsistency "Wrong Password!"
End of explanation
num = int(input())
if num < 100:
    print("Less than 100")
elif num >= 100 and num <= 200:
    print("Between 100 and 200")
elif num > 200:
    print("Greater than 200")
Explanation: <h2>10.Number 100...200</h2>
Write a program that enters an integer and checks if it is below 100, between 100 and 200 or more 200.
Print relevant messages as in the examples below:
End of explanation
first_Word = input().lower()
second_Word = input().lower()
if first_Word == second_Word:
    print("yes")
else:
    print("no")
Explanation: <h2>11.Equal Words</h2>
Write a program that introduces two words and checks whether they are the same.
Do not make a difference between headwords and small words. Show "yes" or "no".
End of explanation
speed = float(input())
if speed <= 10:
    print("slow")
elif speed > 10 and speed <= 50:
    print("average")
elif speed > 50 and speed <= 150:
    print("fast")
elif speed > 150 and speed <= 1000:
    print("ultra fast")
else:
    print("extremely fast")
Explanation: <h2>12.Speed Info</h2>
Write a program that introduces a speed (decimal number) and prints speed information.
At speeds of up to 10 (inclusive), print "slow". At speeds over 10 and up to 50, print "average".
At speeds over 50 and up to 150, print "fast". At speed above 150 and up to 1000, print "ultra fast".
At higher speed, print "extremely fast".
End of explanation
import math
figure = input()
if figure == "square":
    side = float(input())
    area = side ** 2
    print(format(area,'.3f'))
elif figure == "rectangle":
    side_a = float(input())
    side_b = float(input())
    area = side_a * side_b
    print(format(area,'.3f'))
elif figure == "circle":
     radius = float(input())
     area = radius ** 2 * math.pi
     print(format(area,'.3f'))
elif figure == "triangle":
    side = float(input())
    height = float(input())
    area = (side * height) / 2
    print(format(area,'.3f'))
Explanation: <h2>13.Area of Figures</h2>
Write a program that introduces the dimensions of a geometric figure and calculates its face.
The figures are four types: a square, a rectangle, a circle, and a triangle.
On the first line of the input reads the shape of the figure (square, rectangle, circle or triangle).
If the figure is a square, the next line reads one number- the length of its country.
If the figure is a rectangle, the next one two lines read two numbers- the lengths of his sides.
If the figure is a circle, the next line reads one number
the radius of the circle.
If the figure is a triangle, the next two lines read two numbers - the length of the
its side and the length of the height to it. Score to round to 3 digits after the decimal  point.
End of explanation
hours = int(input())
minutes = int(input())
minutes += 15
if minutes >= 60:
    minutes %= 60
    hours += 1
    if hours >= 24:
     hours -= 24
     if minutes <= 9:
        print(f'{hours}:0{minutes}')
     else:
        print(f'{hours}:{minutes}')
    else:
        if minutes <= 9:
            print(f'{hours}:0{minutes}')
        else:
          print(f'{hours}:{minutes}')
else:
    print(f'{hours}:{minutes}')
Explanation: <h2>14.Time + 15 Minutes</h2>
Write a program that introduces hours and minutes of 24 hours a dayand calculates how much time it will take after 15 minutes. The result is printed in hh: mm format.
Hours are always between 0 and 23 minutes are always between 0 and 59.
Hours are written in one or two digits. Minutes are always written with two digits, with lead zero when needed.
End of explanation
first_num = int(input())
second_num = int(input())
third_num = int(input())
sum = first_num + second_num + third_num
if sum / 3 == first_num:
    print("yes")
else:
    print("no")
Explanation: <h2>15.3 Equal Numbers</h2>
Enter 3 numbers and print whether they are the same (yes / no)
End of explanation
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