Question 3: Write a function that computes the ratio of vowels vs. consonants (????????????????��) in a given sentence. The ratio should be given as a floating-point number rounded off to two decimal places. When writing your function, be sure to appropriately cater for the following punctuation marks: apostrophes (') quotations (") full stops (.) commas (,) exclamations (!) question marks (?) colons (:) semicolons (;) Arguments: sentence (string) →→ sentence required to compute the ratio. Return: ratio (float) →→ a ratio that describes the number of vowels to consonants: vowels/consonants. ?HINT? Remember to cater for the white spaces that appear in your sentence. Expected outputs vowel_consonant_ratio("This is a random sentence!")==0.62 vowel_consonant_ratio("Thomas! Where have you been?")==0.83

Question 3: Write a function that computes the ratio of vowels vs. consonants (????????????????��) in a given sentence. The ratio should be given as a floating-point number rounded off to two decimal places. When writing your function, be sure to appropriately cater for the following punctuation marks: apostrophes (') quotations (") full stops (.) commas (,) exclamations (!) question marks (?) colons (:) semicolons (;) Arguments: sentence (string) →→ sentence required to compute the ratio. Return: ratio (float) →→ a ratio that describes the number of vowels to consonants: vowels/consonants. ?HINT? Remember to cater for the white spaces that appear in your sentence. Expected outputs vowel_consonant_ratio("This is a random sentence!")==0.62 vowel_consonant_ratio("Thomas! Where have you been?")==0.83

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter6: Modularity Using Functions

Section: Chapter Questions

Problem 6PP

See similar textbooks

Question 3:

Write a function that computes the ratio of vowels vs. consonants (????????????????��) in a given sentence. The ratio should be given as a floating-point number rounded off to two decimal places. When writing your function, be sure to appropriately cater for the following punctuation marks:

apostrophes (')
quotations (")
full stops (.)
commas (,)
exclamations (!)
question marks (?)
colons (:)
semicolons (;)

Arguments:

sentence (string) →→ sentence required to compute the ratio.

Return:

ratio (float) →→ a ratio that describes the number of vowels to consonants: vowels/consonants.

?HINT?

Remember to cater for the white spaces that appear in your sentence.

Expected outputs

vowel_consonant_ratio("This is a random sentence!")==0.62 vowel_consonant_ratio("Thomas! Where have you been?")==0.83

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

Step 2

Step 3

Step 4

Step by step

Solved in 4 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.

Similar questions

TODO Create the function add func to complete the following TODO (). Create the add func() function, which accepts two arguments. The function should use the + operator to add the two arguments and then return the result. For instance, 3 should be returned if the arguments' input values are 1 and 2. Likewise, "good day" should be returned if the input arguments are "good" and "day." # TODO 6.1 print(f"add_func output for 1 + 2: {add_func(1, 2)}") print(f"add_func output for good + day: {add_func('good',' day')}") todo_check([ (add_func(1,2) == 3,'add_func() did not return 3 when using input values 1 and 2.'), (add_func('good',' day') == "good day",'add_func() did not return "good day" when using input values "good" and " day"') ])
Create a function that takes a number (int) and returns a corresponding string of dashes. Examples: num_to_dashes(1) ➞ "-" num_to_dashes(5) ➞ "-----" num_to_dashes(3) ➞ "---"
Write a function which will take 2 arguments. They are: Sentence position Your first task is to take these arguments as user input and pass these values to the function parameters. Your second task is to implement the function and remove the characters at the index number which is divisible by the position (Avoid the index number 0 as it will always be divisible by the position, so no need to remove the index 0 character). Finally, add the removed characters at the end of the new string. Return the value and then finally, print the new string at the function call. ===================================================== Input:"I love programming."3Function call:function_name("I love programming.", 3)Output:I lveprgrmmngo oai. ============================================== Input:"Python is easy to learn. I love python."6Function call:function_name("Python is easy to learn. I love python.", 6)Output:Pythonis eay to earn.I lov pythn. sl eo
Complete the following TODO by defining a function called add_func(). Define a function called add_func() that takes two arguments. The function should adds the two arguments together using + and return the output. For example, if the input values for the arguments are 1 and 2, then 3 should be returned. Likewise, if the input arguments are "good" and " day", then "good day" should be returned. # TODO print(f"add_func output for 1 + 2: {add_func(1, 2)}") print(f"add_func output for good + day: {add_func('good',' day')}") todo_check([ (add_func(1,2) == 3,'add_func() did not return 3 when using input values 1 and 2.'), (add_func('good',' day') == "good day",'add_func() did not return "good day" when using input values "good" and " day"') ])
A Circle and Two Squares Imagine a circle and two squares: a smaller and a bigger one. For the smaller one, the circle is a circumcircle and for the bigger one, an incircle. Create a function, that takes an integer (radius of the circle) and returns the difference of the areas of the two squares. Examples square_areas_difference (5) → 50
Create a function that takes a variable number of arguments, each argument representing the number of items in a group. The function should return the number of permutations (combinations) of choices you would have if you selected one item from each group. Examples combinations (2, 3) 6 → combinations (3, 7, 4) → 84 combinations (2, 3, 4, 5) → 120
Assignment Write a program to calculate n! for a given number n and perform the simple calculator operations. The valid operations of the calculator are: + add - sub * mul I div The program must contain a function fact with one input parameter that returns the factorial of a number, a function add that performs the addition of two numbers, a function sub that performs the subtraction of two numbers, a function mul that performs the multiplication of two numbers, a function div that performs the division of two numbers. The program must also check for bad input data. Make sure when you pass parameters you pass the addresses (not the value). • All function return type must be of type void. • Take inputs in main function. • Pass the addresses of the operands and the address of the result to each function. Output must be displayed as follows: 1: Addition 2: Subtraction 3: Multiplication 4: Division 5: Factorial 6: Quit Enter the choice => 1 Enter two numbers => 2, 3 Sum => 5
Complete the function that calculates the sum of the first n+1 terms of the geometric series a, ar, ar² ar³, ar4 . note that the series begins with a and the last term is ar", in total there are n+1 terms. ar" ... [ ]: # complete the function given the variables a,r,n and return the value as series_sum. def sum_geometric_series(a,r,n): # your code here return series_sum
good stat ofl them ii days. You need to upload your solutions in a single python file (assl.py) to the link on MS Teams. Part 1 Add this comment: # Ass 1: Part 1 Write a program that declares a function called draw Star which receives an integer value as a parameter, and draws a number of stars equal to the received integer. Samplel: Please enter the number of stars: 5 The shape is: **** Sample2: Please enter the number of stars: 3 The shape 15 *** Part 2 Add this comment: Ass 1: Part 2 Write a program that summation of even ni "nd M then prints the 3.9 nclud d if were even of 3
A cantilever beam is under a concentrate load P (N), the beam has a length of L (m). P L y Complete the Python function below to find the support reaction force in y direction RF (N) and reaction moment RM (N*m) at the clamped end of the beam x = 0. Be careful of the sign of force and moment.
//-In python-// def compute_stats():"""Write a function compute_stats, such that given a string of grades as an input parameter,it calls the function get_new_grades (defined in theprevious question) and returns a tuple that containsthe average value of the initial grades andthe average value after running the get_new_grades function.""" pass The code should aslo have if __name__ == "__main__" section.
Create a function that counts the integer's number of digits. Examples count (318) → 3 count (-92563) → 5 count (4666) -4 count (-314890) -6 count (654321)→ 6 count (638476) <- 6