Hello this is python new version

Please show step by step explanation thank you.

#2.4.4. Suppose you have "P" dollars in a savings account that will pay #interest rate "r", compounded "n" times per year. After "t" years, you will #have P * ((1 + r) ^nt)#dollars in your account.

#If the interest were compounded CONTINOUSLY #i.e., with "n" approaching infinity), you would instead have # P * e^rt #dollars after t years, where e is Eulers number, #the base of the natural logarithm.

#Suppose you have P = $10, 000 in an account paying 1% interest #(r = 0.01), compounding monthly.

#How much money will you have after t = 10 years?

#How much more money would you have after t = 10 years if

#the interest were compounded continuously instead? #(Use the math.exp function.)

#2.4.7. The well-known quadratic formula, shown below, #gives solutions to the quadratic equation ax^2 + bx + c = 0. #x = b b 2 4ac 2a #Show how you can use this formula to compute the two solutions #to the equation 3x^2 + 4x 5 = 0.

2.4.9. A parallelepiped is a three-dimensional box in which the six sides are parallelograms The volume of a parallelepiped is V - abev1 + 2s()cos() cos(-cos(r) -cos()-cos(a) where a, b, and c are the edge lengths, and z, y, and z are the angles between the edges, in radians. Show how to compute this in Python. Make sure you test your answer with real values. 2.4.10. Repeat the previous exercise, but now assume that the angles are given to you in 2.4.11. Repeat Exercise 2.4.4, but prompt for each of the four values first using the input 2.4.12. Repeat Exercise 2.4.7, but prompt for each of the values of a, b, and c first using 2.4.13. The following program implements a Mad Lib. degrees function, and then print the result. the input function, and then print the results. adj1 input ('Adjective: ) noun 1 input('Noun : ,) noun2 input ('Noun: ') adj2 input ('Adjective: ') noun3 input 'Noun: ') print ( 'How to Throw a Party') printO print ('If you are looking for a/an', adj1, 'way to') print('celebrate your love of', noun , how about a') print (noun2+ -themed costume party? Start by') print ('sending invitations encoded in', adj2, 'format) print ('giving directions to the location of your', noun3'.') Write your own Mad Lib program, requiring at least five parts of speech to insert. (You can download the program above from the book web site to get you started.) 2.4.9. A parallelepiped is a three-dimensional box in which the six sides are parallelograms The volume of a parallelepiped is V - abev1 + 2s()cos() cos(-cos(r) -cos()-cos(a) where a, b, and c are the edge lengths, and z, y, and z are the angles between the edges, in radians. Show how to compute this in Python. Make sure you test your answer with real values. 2.4.10. Repeat the previous exercise, but now assume that the angles are given to you in 2.4.11. Repeat Exercise 2.4.4, but prompt for each of the four values first using the input 2.4.12. Repeat Exercise 2.4.7, but prompt for each of the values of a, b, and c first using 2.4.13. The following program implements a Mad Lib. degrees function, and then print the result. the input function, and then print the results. adj1 input ('Adjective: ) noun 1 input('Noun : ,) noun2 input ('Noun: ') adj2 input ('Adjective: ') noun3 input 'Noun: ') print ( 'How to Throw a Party') printO print ('If you are looking for a/an', adj1, 'way to') print('celebrate your love of', noun , how about a') print (noun2+ -themed costume party? Start by') print ('sending invitations encoded in', adj2, 'format) print ('giving directions to the location of your', noun3'.') Write your own Mad Lib program, requiring at least five parts of speech to insert. (You can download the program above from the book web site to get you started.)