python a) There are six quizzes with grades 0 through 10. The lowest grade will be dropped. b) The program should define a class named Quizzes that has an instance variable to hold a list of the six grades. c) Define the following methods: 1) __init__() should drop the lowest grade 2) average() calculate the average of the remining five grades 3) display() display the list with five remaining grades and the average d) Save the Quizzes class in quizzes.py. h) Write codes to import Quizzes class. Use a loop to request six grades in floats. Call display() to print the grades and the average

python a) There are six quizzes with grades 0 through 10. The lowest grade will be dropped. b) The program should define a class named Quizzes that has an instance variable to hold a list of the six grades. c) Define the following methods: 1) init() should drop the lowest grade 2) average() calculate the average of the remining five grades 3) display() display the list with five remaining grades and the average d) Save the Quizzes class in quizzes.py. h) Write codes to import Quizzes class. Use a loop to request six grades in floats. Call display() to print the grades and the average

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter8: Arrays And Strings

Section: Chapter Questions

Problem 19PE

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Reminder: This is a bare code without any class or function/method heading around the code. Just the nested loop
10.15 LAB: Car value (classes) Complete the Car class by creating an attribute purchase_price (type int) and the method print_info() that outputs the car's information. Ex: If the input is: 2011 18000 2018 where 2011 is the car's model year, 18000 is the purchase price, and 2018 is the current year, then print_info() outputs: Car's information: Model year: 2011 Purchase price: 18000 Current value: 5770 Note: print_info() should use three spaces for indentation. python class Car: def __init__(self): self.model_year = 0 # TODO: Declare purchase_price attribute self.current_value = 0 def calc_current_value(self, current_year): depreciation_rate = 0.15 # Car depreciation formula car_age = current_year - self.model_year self.current_value = round(self.purchase_price * (1 - depreciation_rate) ** car_age) # TODO: Define print_info() method to output model_year, purchase_price, and current_value if __name__ ==…
c++ (A) write the definition of the Circle class. (B) Write a test program implementing the relational operators (<, <=, ==, ! =, >, >=) to compare the radius of two circle. See the sample outcome Figure 1. in the test program, your code will perform the followings; (A) Creates two circles with the radius 5 and 6 respectively. (B) Use the operator < and display the area of the circle that has the smaller radius. (C) Use the operator == and display the area of the bigger circle if the two circles are not the same. You need to use one of the operators to determine which radius is bigger.
c++ Assignment Write a program that calculates the damage inflicted by a weapon against a target. The user will first enter the hit point of the target as well as its bludgeoning (ezici) armor and piercing (delici) armor, all as integers. Then the type of the weapon will be given as a char followed by the durability and damage of the weapon both as integers. The type of the weapon can EITHER be ‘b’ representing bludgeoning or ‘p’ representing piercing weapon. Based on the type, the user will give a final input; if it is a bludgeoning weapon, a material value as a string; if it is a piercing weapon, a thickness value as a double. After getting all this input, the program will simulate 5 consecutive attacks at the target with the given weapon and print out the final hit point of the target as an integer. The attack works differently for the type of the weapon as below and after each attack the weapon can be destroyed: If it is a bludgeoning weapon: dmg= (weapon damage-bludgeoning…
C++ Instructions Write a program to illustrate how to use the temporary class, designed in Exercises 13 and 14 of this chapter. Your program must contain statements that would ask the user to enter data of an object and use the setters to initialize the object. The header file for the class temporary from Exercise 13 has been provided. An example of the program is shown below: Enter object name (rectangle, circle, sphere, or cylinder: circle Enter object's dimensions: rectangle (length and width) circle (radius and 0) sphere (radius and 0) rectangle (base raidus and height) 10 0 After setting myObject: circle: radius = 10.00, area P.S. There are 3 tabs
C CODE 3.25 Lab: Grade Calculator Write a program that calculates your grade in this class based on weights for each category and determines the letter grade. The categories and weights have been established as: Reading Assignments (10%) Lab Assignments (20%) Lab Practicums (45%) Quizzes (5%) Midterm Exam (5%) Final Exam (15%) After you calculate the course grade, use conditionals with the following ranges to determine the letter grade: A (93 - 100) A- (90 - 92.9) B+ (87 - 89.9) B (83 - 86.9) B- (80 - 82.9) C+ (77 - 79.9) C (73 - 76.9) If the grade is below 73%, display the text "You did not pass this semester." The code should interact as follows: GRADE ENTRY Enter your reading total (%): 82 Enter your lab total (%): 73 Enter your lab practicum total (%): 75 Enter your quizzes total (%): 92 Enter your midterm total (%): 86 Enter your final exam total (%): 88 RESULTS Your final course grade is: 78.65% You received a C+ for the semester. NOTE: In the grade entry section, the…
10 - In an examination, 500 students appeared. Out of these students, 38 % got A+ grade, 45 % got B+ and the remaining just passed. Assuming that no student failed, find the number of students who got A+, B+ and the number of students who just passed.(Python code)
1-Convert the code below to OOP (Class) 2-give a detail explanation of the code #include <iostream> #include <cmath> #define boardSize 15 #define boardWidth 50 // put into grid the count no of # from x,y void putBlock(char grid[boardSize][boardWidth], int x, int y, int count) { for (int i = 0; i < count; i++) grid[x][y + i] = '#'; } // put into grid the count no of space from x,y void putSpace(char grid[boardSize][boardWidth], int x, int y, int count) { for (int i = 0; i < count; i++) if (grid[x][y + i] != '#') grid[x][y + i] = ' '; } void putCircle(char grid[boardSize][boardWidth], int x, int y) { // line 1 putSpace(grid, x, y, 3); putBlock(grid, x, y + 3, 5); // line 2 putSpace(grid, x + 1, y, 1); putBlock(grid, x + 1, y + 1, 2); putSpace(grid, x + 1, y + 3, 5); putBlock(grid, x + 1, y + 8, 2); // line 3 putBlock(grid, x + 2, y, 1); putSpace(grid, x + 2, y + 1, 9);…
InstructionsDefine an enumeration type triangleType that has the values scalene, isosceles, equilateral, and noTriangle.Write a function triangleShape that takes as parameters three numbers, each of which represents the length of a side of the triangle. The function should return the shape of the triangle. (Note: In a triangle, the sum of the lengths of any two sides is greater than the length of the third side.)Write a program that prompts the user to input the length of the sides of a triangle and outputs the shape of the triangle.
(Physics: acceleration) Average acceleration is defined as the change of velocity divided by the time taken to make the change, as shown in the following formula: a = (v1 - v0) / t Here, v0 is the starting velocity in meters per second, v1 is the ending velocity in meters per second, and t is the time span in seconds. Assume v0 is 5.6, v1 is 10.5, and t is 0.5, and write the code to display the average acceleration. Class Name: Exercise01_02Extra
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C++ Create a Temperature class that internally stores a temperature in degrees Kelvin. However, create functions named setTempKelvin, setTempFahrenheit, and setTempCelsius that takes an input temperature in the specified temperature scale, converts the temperature to Kelvin, and stores that temperature in the class member variable. Also create functions that return the stored temperature in degrees Kelvin, Fahrenheit, or Celsius. Write a main function to test your class. Use the equations below to convert between the three temperature scales. Kelvin = Celsius + 273.15Celsius = (5/9) X (Fahrenheit - 32)