In Visual Studio, create and test a console application that does the following: (1) Create a variable of the Integer data type, named marks; (2) Create a variable of the String data type, named grade: (3) Use the built-in function Console.ReadLine() to get the user's input for marks as follows (it is assumed that the user always inputs integers when testing this program): the marks:") Console.WriteLine("Input marks - CType(Console.ReadLine(), Integer) (4) Convert marks into grade as follows using an If-Then-Elself statement: marks 90-100 85.89 80-84 77-79 73-76 70-72 ********** 67-69 63-66 60-62 50-59 0-49 grade A+ A A B+ B C+ D F (5) Display the value of grade in the console window using the following statement: Console.WriteLine("The grade is" & grade) Hint: The If-Then-Ebelf statement is a lengthy one and is similar to the following: If ((marks >90) And (marks <100)) Then grade "+" ElseIf ((marks >85) And (marks <-89)) Then grade "A" ********** ElseIf ((marks >0) And (marks-49) Then grade "F

In Visual Studio, create and test a console application that does the following: (1) Create a variable of the Integer data type, named marks; (2) Create a variable of the String data type, named grade: (3) Use the built-in function Console.ReadLine() to get the user's input for marks as follows (it is assumed that the user always inputs integers when testing this program): the marks:") Console.WriteLine("Input marks - CType(Console.ReadLine(), Integer) (4) Convert marks into grade as follows using an If-Then-Elself statement: marks 90-100 85.89 80-84 77-79 73-76 70-72 67-69 63-66 60-62 50-59 0-49 grade A+ A A B+ B C+ D F (5) Display the value of grade in the console window using the following statement: Console.WriteLine("The grade is" & grade) Hint: The If-Then-Ebelf statement is a lengthy one and is similar to the following: If ((marks >90) And (marks <100)) Then grade "+" ElseIf ((marks >85) And (marks <-89)) Then grade "A" ElseIf ((marks >0) And (marks-49) Then grade "F

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

10. This is a named storage location in the computer's memory. operator class variable keyword 11. Write the output of the following expressions: System.out.println(15.0 + 3 / 2); 12. This keyword is used to declare a named constant. constant concrete final namedConstant
What is the advantage of breaking down your application's code into smaller functions?
def print_num_pattern(num1, num2): if num1 <=0: print("0", end="") return print(num1, end="") print_num_pattern(num1 - num2, num2) print(num1, end="") if __name__ == "__main__": num1 = int(input()) num2 = int(input()) print_num_pattern(num1, num2)
There are two different kinds of variables: data members and local variables.
A __________ specifies which parameter an argument should be passed into. a. named argument b. special argument c. constant argument d. literal argument
Module main() // Local variables Declare Integer gramsFat, calories // Get fat grams Set gramsFat = getFat() // Get calories Set calories = getCalories(gramsFat) // Show percent calories from fat Call showPercent(gramsFat, calories) End Module // The getFat function gets grams of fat Function Integer getFat () Declare Integer inputAmount // enter count Display “Enter grams of fat: “ Input inputAmount // validate rate While inputAmount < 0 Display “Quantity must not be less than 0!” Display “Enter a valid quantity.” Input inputAmount End While return inputAmount End Function // The getCalories function gets number of calories Function Integer getCalories(gramsFat) Declare Integer inputAmount, maxCalories Set maxCalories = gramsFat * 9 // enter count Display “Enter number of calories: “…
How to write this Code in the C# programming language explain in detail Variables: tax: real price: real total : real start [enter the information] read ("Enter the price of the item") write (price) read ("Enter the percentage of tax to be paid [ ex: 5 for 5%] ") write (tax) [calculations] tax ← price * tax / 100 total ← price + tax [Display the results] Read ("The price of the item is : ", price ) Read ("The amount of tax is : ", tax ) Read ("The total amount is : ", total ) end
What is the benefit of dividing your application's code into smaller functions?
In Python, local and global variables are both declared inside the method or block. True or False
Objective: Must create an interactive program (in C language) in which the computer generates a random number between 1 and 15. The user is presented with a guessing game and must enter their guess as to which number the computer is "thinking of" (the randomly generated number between 1 and 15). The user is limited to five guesses. If the user guesses the correct number within the five guess limit, they win. If the user does not guess correctly within the five guess limit, they lose the game. Following each user input, the output must say "your guess of _ was too low. try again" or "your guess of _ was too high. try again" or "you guessed it!" Instructions: The program must make use of passing by value and reference, if-else, defined constants, and use of the random number generator/seeding. The seed function srand() should only be called once in main. The point is to demonstrate use of multiple functions (those aforementioned) even though this could be accomplished with a much…
A variable's _______ is the time period during which the variable exists in memory while the program is executing.Fill the gap.
Module main() // Local variables Declare Real width, length, area // Get the rectangle's width and length. getRectangleSides(width, length) // Get the rectangle's area. Set area = calcArea(width, length) // Display the area. Display "The rectangle's area is ", areaEnd Module// The getRectangleSides module prompts the user for// a rectangle's width and length. The values are// stored in the reference parameters.Module getRectangleSides(Real Ref width, Real Ref length) // Get the rectangle's width. Display "Enter the rectangle's width." Input width // Get the rectangle's length. Display "Enter the rectangle's length." Input lengthEnd Module// The calcArea function accepts a rectangle's// width and length as arguments, and returns// the rectangle's area.Function Real calcArea(Real width, Real length) Return width * lengthEnd Function flowchart please