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## This assignment is based on Exercise 7.21 (Turtle Graphics)

Assignment 5 This assignment is based on Exercise 7.21 (Turtle Graphics) from the textbook (but is not really the same). Please follow the instructions as given below. This is a more challenging but mainly a longer exercise than the previous exercises. The steps...

## The goal of this lab is to understand and find simple probabilities and conditional probabilities

Lab Project LAB Unit 4: Stat Project [(Required/Graded) 25 points) CSLO D, CSLO G] The goal of this lab is to understand and find simple probabilities and conditional probabilities, and to use the Multiplication Rule and the Addition Rule. 1. List the name for your...

## For this project you will be using the NASM assembler to write x86-64 assembly.

For this project you will be using the NASM assembler to write x86-64 assembly. You can then use your favorite editor to write the program. To assemble your program: • Assemble it using: nasm –f elf64 filename.asm • Link to create executable: gcc –m64 –o filename...

## Create a class, and define variables in main(): a) double variable “var_d” and initialize it to the value 1.0898

Create a class, and define variables in main(): a) double variable “var_d” and initialize it to the value 1.0898 b) float variable “var_f” and initialize it to the value -1.0862 c) int variable “var_i” and initialize it to the value -10000 d) short variable “var_l”...

## Create an Excel spreadsheet that will be capable of calculating a student’s final grade in this course.

Weighted Grade Book Project Due Date: Understanding how weighted averages work will be a very important topic for you in this course, since your grades are determined in this way. In this project, you will create an Excel spreadsheet that can calculate a Chemistry Lab...

## From a patient we received a periodic wave representing the blood flow (measured in kg/h) over time.

Problem description: From a patient we received a periodic wave representing the blood flow (measured in kg/h) over time. The data containing respectively the time in seconds and the corresponding blood flow values in kg/h per time point is found below: 0 0,2 0,4 0,6...