Category: Weekly checklists (Page 6 of 6)

Tuesday, February 7 to Monday, February 13

Lessons

• Lesson 3/2.2 Separable Equations
• Lesson 4/2.4 Transformation of Nonlinear Equations into Separable Equations

OpenLab: 

• Bad at math? Instructions here

WeBWorK: Due Monday, February 13, 11:59pm

• First Order Equations-Separable
• First Order Equations-Nonlinear Bernoulli
• The set First Order Equations-Nonlinear Homogeneous covers material from this Thursday’s lecture but isn’t due until Monday, February 20
• One-time extension: last week’s sets are now due at 11:59pm, Tuesday, February 7 (full credit, hard deadline)
  • Introduction-Basic Concepts
  • First Order Equations-Direction Fields
  • First Order Equations-Linear Nonhomogeneous

Project #1

• Part 1 due February 27, Part 2 due March 6
• Instructions here

Student office hours

• This week:
  • Tuesday 11:30am to 12:00pm & 2:30pm to 3:00pm
  • Thursday 2:00pm to 3:00pm

Coming up

• Test #1: Chapter 2, Week 4
  • You will be permitted to bring a formula sheet to use during the test. Your formula sheet must fit on one side of one letter-sized paper and must be hand written by you. You will hand your formula sheet in with your test.
  • You can start making a rough copy of your formula sheet now. As you complete your WeBWorK sets, keep track of which formulas you used for which sections.

Complete the following by Monday, March 6, 11:59pm

Read on the course hub or in the textbook:

• Lesson 1: 1.2 First order equations & 1.3 Direction Fields
• Lesson 2: 2.1 Linear first order equations
  • Video of an example using the variation of parameters method

WeBWorK

See hints here

• Introduction-Basic Concepts
• First Order Equations-Direction Fields
• First Order Equations-Linear Nonhomogeneous

OpenLab

• Typing math in LaTeX (instructions here)

Other

• Volunteers to set up
  • Student WhatsApp group chat
  • Student Discord
  • Other student group chats?

Coming up in Week 2

• Tuesday in class: Lesson 3: 2.2 Separable Equations
• Thursday in class: Lesson 4: 2.4 Transformation of Nonlinear Equations into Separable Equations
• WeBWorK
  • First Order Equations-Separable
  • First Order Equations-Nonlinear Bernoulli

Complete the following by Monday, January 30, 11:59pm

Read on the course hub or in the textbook:

• Lesson 0: What are differential equations? / 1.1 Applications leading to differential equations
• Lesson 1/1.2: First order equations
• Lesson 2/2.1: Linear first order equations

WeBWorK

• Complete the set Review
  • This set is a review of Calculus II material; if you need a refresher, you can consult the MAT 1575 course hub lessons here
  • Deadline: Wednesday, February 1, 11:59pm (usually WeBWorK will be due on Monday nights)
• Click the link the WeBWorK link in the menu bar above to access your WeBWorK for this class; login instructions will be emailed to you

OpenLab

• Introduce yourself (instructions here)
• Your favorite application of differential equations (instructions here)

Other

• Fill out the welcome survey here

Coming up in Week 1

• Tuesday in class: Lesson 1/1.2: First order equations
• Thursday in class: Lesson 2/2.1: Linear first order equations
• WeBWorK:
  • Introduction-Basic Concepts
  • First Order Equations-Direction Fields
  • First Order Equations-Linear Nonhomogeneous