Answer the following questions in photos g, and Output6. Find the error in the following pseudocode.Declare Real piSet 3.14159265 = piDisplay "The value of pi is "pi 7. Find the error in the following pseudocode.Constant Real GRAVITY = 9.81Display "Rates of acceleration of an object in free fall:"Display "Earth: ", GRAVITY,Set GRAVITY = 1.63%3D" meters per second every second."%3DGRAVITY,meters per second every second."%3D%3DDisplay "Moon: ",

Pseudocode is an artificial and informal language that helps programmers develop algorithms. Given…

Answered: Answer the following questions in…

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

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Using C# in Microsoft Visual Studio create an application that lets the user play the game of Rock, Paper, Scissors against the computer. The program should work as follows:1. When the program begins, a random number in the range of 1 through 3 is generated. If the number is 1, then the computer has chosen rock. If the number is2, then the computer has chosen paper. If the number is 3, then the computer has chosen scissors. (Do not display the computer’s choice yet.)2. The user selects his or her choice of rock, paper, or scissors. To get this input you can use Button controls, or clickable PictureBox controls displaying some of the artwork that you will find in the student sample files.3. The computer’s choice is displayed.4. A winner is selected according to the following rules:• If one player chooses rock and the other player chooses scissors, then rock wins. (Rock smashes scissors.)• If one player chooses scissors and the other player chooses paper, then scissors wins. (Scissors…
The concentration (C) of insulin in the body is described by the following equation C = C0e^-40t / M Where C0 = 85 pmol/L is the initial insulin concentration, t is time in minutes, M is the person mass in kg. a) Write code that will calculate the insulin concentration of two people with weighs 60 Kg and 100 Kg. Simulate the insulin concentration for 4 minutes in steps of 0.1 minute. b) Plot the insulin concentration of the two people on the same graph. For the first curve plot a magenta solid line, square marker, cyan for MarkerFaceColor, and MarkerSize of 6. For the second curve plot a black dashed line with LineWidth of 2. c) Your plot should have a title, a legend, and appropriate labels for the x and y axis.
The concentration (C) of insulin in the body is described by the following equationC = C0e^-40t / MWhereC0 = 85 pmol/L is the initial insulin concentration, t is time in minutes, M is the personmass in kg.a) Write code that will calculate the insulin concentration of two people with weighs 60Kg and 100 Kg. Simulate the insulin concentration for 4 minutes in steps of 0.1minute.b) Plot the insulin concentration of the two people on the same graph. For the firstcurve plot a magenta solid line, square marker, cyan for MarkerFaceColor, andMarkerSize of 6. For the second curve plot a black dashed line with LineWidth of 2.c) Your plot should have a title, a legend, and appropriate labels for the x and y axis.
int y=0,i; for (int i=0;i<10;++i) y+=i; 36 66 45 55
Area and Perimeter: Write a program that prints the area and perimeter of a circle with a radius of 5.5 using the formula:• Perimeter = 2 * radius * PI• Area = radius * radius * PI• Use Math.PI for PI in your program
Area and Perimeter: Write a program that prints the area and perimeter of a circle with a radius of 5.5 using the formula: Perimeter = 2 * radius * PI Area radius * radius * PI Use Math.PI for PI in your program.
3. Randomly generate a number in range [1, 12]. Map this number to a season: if the number is 3, 4, or 5, map it to “Spring", if the number is 6, 7, or 8, map it to "Summer", if the number is 9, 10, or 11, map it to "Fall", and if the number 12, 1, or 2, map it to "Winter". Display season name
Enter three values of angles and then print "Triangle" or "Not a triangle" depending on whether these three angles can form a triangle or not. In addition, if it is a right angle triangle then print "Right-Angle Triangle" or "Non Right-Angle Triangle".
# given a radius, find the area of a circle # use value of pi as 3.1415 def get_area_circle(r): """ what it takes radius of a circle (any positive real number) what it does: computes the area of a circle given a radius, find the area of a circle area = pi*r2 (pi times r squared) what it returns area of a circle. Any positive real number (float) """ # your code goes in here
large_box_height = float(input('Input the height of the large box'))small_box_height = float(input(' Input the height of the small box'))book_thick = float(input(' Input the thickness of the book'))book_ordered = float(input(' Input the number of books ordered')) # Calculate how to find books per large boxbook_per_largebox = large_box_height // book_thick # Calculate how to find book per small boxbook_per_smallbox = small_box_height // book_thick # Calculate how to find number of large boxes needednum_large_box = int(book_ordered // book_per_largebox) # Calculate how many books will be left overbook_left = book_ordered % book_per_largebox if book_left <= book_per_smallbox:num_small_box = int(1)else:num_small_box = book_left // book_per_smallbox# Calculate the numebr of total boxestotal_box = int(num_large_box + num_small_box) if (num_large_box > 0) and (num_small_box > 0):print("Shipping", total_box, "boxes")print(num_large_box, "large")print(num_small_box, "small") elif…
Write a Phyton program that computes the duration of a projectile’s flight and its height above the ground when it reaches the target. As part of your solution, you should display instructions to the program user. Relevant formula: time = distancevelocity xcos (θ) height = velocity xsin x time- g x time22 use the following variables: g = gravitational constant = 32.17 = angle of elevation in radian v = velocity or the projectile velocity (ft/sec) d= distance to target t = time of flight in seconds. h = height at impact Try your program on these data sets.
large_box_height = float(input('Input the height of the large box'))small_box_height = float(input('Input the height of the small box'))book_thick = float(input('Input the thickness of the book'))book_ordered = float(input('Input the number of books ordered')) # Calculate how to find books per large boxbook_per_largebox = large_box_height // book_thick # Calculate how to find book per small boxbook_per_smallbox = small_box_height // book_thick # Calculate how to find number of large boxes needednum_large_box = int(book_ordered // book_per_largebox) # Calculate how many books will be left overbook_left = book_ordered % book_per_largebox if book_left <= book_per_smallbox:num_small_box = int(1)else:num_small_box = book_left // book_per_smallbox# Calculate the numebr of total boxestotal_box = num_large_box + num_small_box print("Shipping", total_box, "boxes") print(num_large_box, "large") print(num_small_box, "small") how do i fix this to not show number of large boxes if there are 0…

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