Im kind of lost. Could someone help me please? Draw the hierarchy chart and then plan the logic for a program that calculates a person's body mass index (BMI). BMI is a statistical measure that compares a person's weight and height. The program uses three modules. The first prompts a user for and accepts the user's height in inches. The second module accepts the user's weight in pounds and converts the user's height to meters and weight to kilograms. Then, it calculates BMI as weight in kilograms divided by height in meters squared and displays the results. There are 2.54 centimeters in an inch, 100 centimeters in a meter, 453.59 grams in a pound, and 1,000 grams in a kilogram. Use named constants whenever you think they are appropriate. The last module displays the message End of job.

Im kind of lost. Could someone help me please? Draw the hierarchy chart and then plan the logic for a program that calculates a person's body mass index (BMI). BMI is a statistical measure that compares a person's weight and height. The program uses three modules. The first prompts a user for and accepts the user's height in inches. The second module accepts the user's weight in pounds and converts the user's height to meters and weight to kilograms. Then, it calculates BMI as weight in kilograms divided by height in meters squared and displays the results. There are 2.54 centimeters in an inch, 100 centimeters in a meter, 453.59 grams in a pound, and 1,000 grams in a kilogram. Use named constants whenever you think they are appropriate. The last module displays the message End of job.

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter3: Understanding Structure

Section: Chapter Questions

Problem 20RQ

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How do I solve the problem below? Draw the hierarchy chart and then plan the logic for a program that calculates a person's body mass index. The program uses three modules. The first prompts a user for and accepts the user's height in inches. The second module accepts the user's weight in pounds and converts the user's height to meters and weight to kilograms. Then, it calculates BMI as weight in kilograms divided by height in meters squared, and displays the results. There are 2.54 centimeters in an inch, 100 centimeters in a meter, 453.59 grams in a pound, and 1,000 grams in a kilogram. Use named constants whenever you think they are appropriate. The last module displays the message End of job. Revise the BMI-determining program to execute continuously until the user enters O for the height in inches.
Make a Simple unit converter in Python that supports (length and time) and inputs the value and the initial unit measurement. Using the mentioned measurements (length and time). The user will pick either length or time. it then computes and shows the three types of conversion (Ex. 12 inches = (1) foot/feet, (30.48) centimeters, (304.8) millimeters). The unit conversion program allows the user to input a chosen conversion and repeats the program until the word “stop” is typed.
This is basically something that has a certain number of states (sort of like how a traffic light can be Red, Yellow, Green) and changes from one state to another.This program will have 4 states: HAPPY, HUNGRY, BORED, SAD. Here are the rules. Our animal starts in a state of Happy, with the values for hungry = 0 and bored = 0. Each round the player can "feed", "play" or "ignore" their animal. If they feed their animal, then the hungry meter goes down and bored meter goes up. If they play with their animal, then the bored meter goes down and the hungry meter goes up. If they ignore their animal, then both hungry and bored go up. Don't go below 0 Here are the state changes. Each one of these is a "case" in a switch (from current state -> new State):HAPPY If hungry >= 2 transition to HUNGRY If bored >= 2 transition to BORED HUNGRY if hungry >= 4 transition to SAD if bored > hungry transition to BORED if hungry < 2 transition to HAPPY BORED If bored >= 4…
According to the given question, here is the solution Write a program in Python that asks the user for a series of numbers. The program starts by asking the user for the size of this series then prompts the user to enter the numbers. When all numbers have been taken, the program displays: • The numbers are sorted. • The average • The median • The smallest number. • The largest number. Demonstrate in UML diagram and flowchart diagram?
Please do this in Python Programming Scenario As you probably know, Sudoku is a number-placing puzzle played on a 9x9 board. The player has to fill the board in a very specific way: each row of the board must contain all digits from 0 to 9 (the order doesn't matter) each column of the board must contain all digits from 0 to 9 (again, the order doesn't matter) each of the nine 3x3 "tiles" (we will name them "sub-squares") of the table must contain all digits from 0 to 9. If you need more details, you can find them here. Your task is to write a program which: reads 9 rows of the Sudoku, each containing 9 digits (check carefully if the data entered are valid) outputs Yes if the Sudoku is valid, and No otherwise. Test your code using the data we've provided. Test data Sample input: 295743861 431865927 876192543 387459216 612387495 549216738 763524189 928671354 154938672 Sample output: Yes Sample input: 195743862 431865927 876192543 387459216 612387495 549216738 763524189 928671354…
Find the C program language Deal or No Deal?by CodeChum Admin When I was a kid, I used to watch this TV game show, Deal or No Deal? In the game, there are different brief cases, each labeled with a number. Inside each brief case is an amount in Pesos and the goal is to guess which briefcase contains the smallest amount. In this program, instead of just finding the smallest amount, your task is to ask the user for an integer input and print the values in the array smaller than the inputted integer. Instructions: In the code editor, you are provided with an array with 100 elements.Your task is to ask the user for an integer input and then print all the elements in the array whose value is lesser than the inputted integer.Input 1. Inputted integer Output Enter value: 6132450351503022244
A retail company assigns a $5000 store bonus if monthly sales are more than $100,000; otherwise a $500 store bonus is awarded. Additionally, they are doing away with the previous day off program and now using a percent of sales increase to determine if employees get individual bonuses. If sales increased by at least 4% then all employees get a $50 bonus. If they do not, then individual bonuses are 0. Step 3: The second module in the program was isBonus(). Since there are two types of bonuses now, rename this module and the module call to storeBonus(). Write an if then else statement within this module that will set the bonus amount to either 5000 or 500. Also, pass the variable storeAmount to the module as a reference. Complete the missing lines. (Reference: Dual Alternative Decision Structures, page 125). //MODULE 2 //this module will determine what the bonus levels are Module ___________(Real monthlySales, Real Ref ___________) If monthlySales >=100000 Then…
Write a program that determines an integer value the user had in mind. Your program first asks the user to enter the lower and upper bounds of the range that the integer belongs to, and then presents a series of questions “Is the number greater than x?” with yes/no answers to the user in order to determine the integer value that the user had in mind. For instance, if the integer in mind is 5 and the interaction between the user and your program is: Please enter the lower bound: -10 Please enter the upper bound: 50 Is the number greater than 20 (Y/N)? n Is the number greater than 4 (Y/N)? y Is the number greater than 12 (Y/N)? n Is the number greater than 8 (Y/N)? n Is the number greater than 6 (Y/N)? n Is the number greater than 5 (Y/N)? n Your program should then print: The number you had in mind is 5 Your program should ask roughly log2(upper_bound − lower_bound) questions. Your program A3_1.py should include a main() function and may include other functions that you prefer.…
Use Python for this question: Craps is a single player dice game, that proceeds as follows: the player rolls 2 six-sided dice once if the total is 7 or 11, the player wins if the total is 2, 3 or 12, the player loses otherwise, the game continues, ... see 2 ... the player the continues to roll the dice repeatedly, until ... the total is the same as the original total (from 1), in which case the player wins the total is 7, in which case the player loses Write a function craps that simulates a single game of craps (may be many rolls) and returns 1 if the player wins and 0 otherwise. Attached in the image is the output for this question:
WRITE A PYTHON PROGRAM Question: 1A perfect number is an integer that is the sum of its positive proper divisors (all divisors except itself). For example, 6 is a perfect number. The divisors of 6 except itself are 1,2 and 3. The sum of the proper divisors of 6 is 6. Thus 6 is a perfect number. You have to take integers as input and continue taking input until the word “STOP” is given as input. After taking the inputs you have to classify the integers as Perfect and Imperfect and store it in a dictionary(Please see the output for better understanding).[Note: You CANNOT use any built in functions EXCEPT input(),range(),print()]Sample Input :61082528100496530STOPSample Output:(No need to follow the output format. Just print the resultant dictionary.){Perfect: [6,28,496],Imperfect: [10,8,25,100,530]}Question: 2Implement the design of the Groceries and Buyer classes so that the following code generates the output below:#Write your code herebuyer1 = Buyer('Ross',…
1. Write a complete JAVA program that display 5 types of fruit with their price. The fruits and their prices is (Apple =1$/ pieces), (Mango= 2$/kg), (Rambutan=2$/kg), (Mangosteen=4$/kg) and (Раpaya=5$/kg) . Then ask the user to input the respective quantity and calculate the total price user needs to pay. Apply loop in your program.
Write a program that deals a number of cards (their numerical values) to a player's hand. To begin, the program asks the player for the values of the deck of cards. Then, the program deals the first two cards of the deck to a player's hand, and asks him if he wants another card. If he does not want a card, the program ends. If he wants a card, the program deals the next available card in the deck, adds it to the player's hand, and asks the player if he wants another card. The dealing process repeats as long as the user continues to accept cards, or until the cards in the deck run out. Card dealing involves copying the available card from the deck vector to another vector, which stores the player's hand, at the next available position. Assume that the deck of cards consists of only 10 cards with numerical values from 1 to 10, which the player will enter by keyboard before the program deals. The following functions must be implemented/used: enterDeckValues. - This…