Create an ER diagram for the requirements below.
- Parts have a unique number, name, and production year.
- Car company has a unique number, name and country information
-Automakers make multiple cars.
It has a serial number and a name.
but, There can be no more than two companies making one car.
-Parts are used in many cars. When a part is used in a car, Save the part usage date and quantity information.
In: Computer Science
Java problem
Implement class Course containing: String name, enumeration Type (Foundamental, Specialization, Discipline), enumeration Stream (English, French, German), int creditPoints.
Class Contract has an array of courses with methods addCourse(Course), deleteCourse(type, stream, name) sort(), display().
Courses are sorted by stream, type, name.
If 2 courses are equal raise a custom exception in method sort().
Make Contract implement Storable.
In: Computer Science
Programming C: Write a program for a Rolodex of contact information (e.g., name, phone number, email) implemented as a linked list. The program will ask the user to enter a new contact information, retrieve/print a person’s contact information, and to delete a person. It will maintain the linked list in alphabetical order by last name. It will also allow the user to search for a person’s contact information by last name. Assume that all last names are unique.
In: Computer Science
Write an assembly language program that prints your first name in the output.
Use the name "Kevin" as example
|
Assembler Listing |
|
Screen Shot of Output area of the Pep8 program |
In: Computer Science
Construction Documents
1. What is included in a Bid Package for a construction project?
2. Name and explain the three different stages of construction projects development.
3. Name and explain the three different stages of Architectural Design process for construction projects.
4. Name ten (10) different drawings in a set of drawing for a construction project.
5. What is Title Block and what type of information you can find in a Title Block?
In: Civil Engineering
Write a program that will calculate the cost of installing fiber optic cable at a cost of .87 per ft for a company. Your program should display the company name and the total cost.
In: Computer Science
Q1:
Let’s say our research question we want to find the average (mean) wage among all workers in the United States. Let’s say (and this is obviously not a very good method) we go around UC and stop 500 people and ask them what their wage is and calculate the mean wage.
Q2:
Identify the scale of measurement: nominal, ordinal, interval, ratio
Q3
A paper manufacturer in Country A sells much of its paper in Country B. The manufacturer is paid in Country B's dollars, but pays its employees in Country A's dollars. The manufacturer is interested in the fluctuating exchange rate between these two currencies. Each trading day in 2005 the exchange rate fluctuated by several basis points. (A basis point is 1/100 of a percent.) A year of data is collected.
Q4: A bakery is trying to decide what makes a loaf a bread sell. There are three locations of this bakery and they gather data at all three locations. They measure the volume of the loaf and whether or not it has nuts in it. They then time how long it takes the loaf to sell. What are the cases? (unit of observation) List the variables and the scale of measurement
Q5:
Q6:
Clara asked twenty-one people what their favorite number is. Please calculate the most complex yet appropriate measure of central tendency for the following data:
7, 3, 0, 7, 8, 2, 1, 2, 7, 6, 10, 6, 7, 1, 10, 0, 6, 8, 10, 3, 1
In: Economics
HIMT 345
Homework 06: Iteration
Overview: Examine PyCharm’s “Introduction to Python” samples for
Loops. Use PyCharm to work along with a worked exercise from
Chapter 5. Use two different looping strategies for different
purposes.
Prior Task Completion:
1. Read Chapter 05.
2. View Chapter 05’s video notes.
3. As you view the video, work along with each code sample in
PyCharm using the Ch 5 Iteration PPT Code Samples.zip.
Important: Do not skip the process of following along with the
videos. It is a very important part of the learning process!
Specifics: PyCharm’s “Introduction to Python” project contains
several examples of iterations or looping (see list at right).
Follow the instructions to complete them. (Not handed in.)
Use PyCharm to work along with the video solution for Exercise 5.1
from the textbook. Type in the statements and execute the program
as is done in the video. [Create a project and save your work as
“Worked_Exercise_5.1”. It will prove valuable for part a below.]
(Not handed in.)
Create a new PyCharm project called “Hwk06_”. Create two new python
files within that project called “Hwk06a_” and “Hwk06b_”.
Part (a): Let’s write the code to prompt the user
for (an integer) blood-sugar reading (BSR) and print a warning
message if it is over 500. Also, print the message “>>
Invalid input” if the user enters a non-integer, such as a float or
a string.
Having completed Worked_Exercise_5.1 above you should use that code
as the basis for this problem.
Use this sample interaction to demonstrate your code:
Enter a BSR: 155
Enter a BSR: string input
>> Invalid input
Enter a BSR: 522
** Warning! Blood sugar reading over 500: 522
Enter a BSR: 485
Enter a BSR: 578
** Warning! Blood sugar reading over 500: 578
Enter a BSR: 210
Enter a BSR: 330.6
>> Invalid input
Enter a BSR: 519
** Warning! Blood sugar reading over 500: 519
Part (b)
Create a list of BSRs as follows:
blood_sugar_readings = [155, 190, 522, 485, 578, 210, 130,
519]
Use a for-loop to iterate through the list in order to find the
highest and lowest BSR values. Note that finding the maximum and
minimum values of a list using a for-loop is shown in Section 5.7.2
of the textbook on p. 62-3. (Note that since we are ‘hard-coding’
the list, we may assume the data is valid, i.e., it has been
previously checked.)
HINT: as is done in the textbook, while developing
the code, add a print statement as the last line of the for-loop
writing out the current BSR value, the smallest, and the largest.
Then when your code is running correctly, you can comment out that
line (but leave it in the code-base).
After looping through the list, print the highest and lowest BSR
values.
What to hand in:
Take screen snips of the Run window for Parts (a) and (b).
Use the snipping tool on the console portion of the screen – but
including the header bar and the file name.
Copy the snips into a Word document (filename
Hwk06_YourLastName_ScreenSnips.doc) with your name and date in the
upper right hand corner.
Upload the Word doc and the Python program files
Hwk06a_YourLastName.py and Hwk06b_YourLastName.py to the
appropriate assignment in the LMS. Three files total.
NOTE: As was described in the previous assignment, each Python file
you create should be documented with (minimally) the following
three lines at the top of each file:
# Filename: Hwk06_YourLastName.py
# Author: < your name>
# Date Created: 2017/09/05
# Purpose: < brief descriptions>
In: Computer Science
Imagine you are the orbital engineer for the first NASA space shot to Ceres, the largest known asteroid. Ceres’s nearly circular orbit around the sun has a radius of R = 2.77 AU. After being launched from the earth, the probe will initially be in a circular orbit around the sun with the same radius (r_{c} = 1.0 AU) and the same orbital speed (|\vec{v}_{c}| = 6.28 AU/y) as the earth’s orbit. The probe’s rocket engines will then fire briefly to increase the probe’s speed to that speed |\vec{v}_{c}| needed to put the probe into an elliptical orbit whose initial (and minimum) distance from the sun is r_{c} = 1.0 AU and whose final (and largest) distance from the sun is R = 2.77 AU (this is a Hohmann transfer orbit).(a) How long will it take the probe to get from the earth to Ceres in such an orbit? (b) What is the speed |\vec{v}_{c}| that the probe has to have just after firing its engines to be inserted into this orbit? (Assume the duration of the boost is short enough that its distance from the sun is still nearly r_{c} just after the engines have been fired.)
In: Physics
2. A spacecraft of initial mass M (including the mass of the fuel) is at rest in the solar system, preparing to disembark on a grand mission to Alpha Centauri. Its engines work by combining matter and antimatter and directing the hard gamma rays that result out the spacecraft’s rear. The engines fire for a brief time, bringing the ship’s speed to v = 0.95 with respect to the solar system. a) What is the rest mass m of the ship after the engines have fired, expressed as a fraction of M? [Hint: Treat the gamma-ray exhaust as a giant photon.] b) Once the ship reaches Alpha Centauri, it must decelerate to a stop by firing its engines again. What will the ship’s total initial mass M have to be if the ship’s empty mass is m0 when it comes to a stop at Alpha Centauri? (Express your result as a multiple of m0, and treat the exhaust when stopping as another giant photon.) c) What would the ratio be in order to make a round trip? This means accelerating to v = 0.95, traveling to Alpha Centauri, coming to a stop, then accelerating back to v = 0.95, travelling back to Earth and finally coming to a stop again, all without refuelling.
In: Physics