Continue applying the techniques of finite difference methods; but this time, you’ll be taking?second derivatives, and analyzing how the error in the estimate changes with mesh size

  you'll continue applying the techniques of finite difference methods; but this time, you'll be taking second derivatives, and analyzing how the error in the estimate changes with mesh size.  SEE ATTACHMENTEngineeringAppliedExercise.docx Many engineering applications of differential calculus involve second derivatives. For example, Newton's second...

the notation for a derivative can have many forms like f ‘ (x), y’, or dy/dx.? ?For an opportunity for a reply credit, you can research the notations ?and tell us what you found about the or

  the notation for a derivative can have many forms like f ' (x), y', or dy/dx.   For an opportunity for a reply credit, you can research the notations  and tell us what you found about the origin of each of the notations.   Give a description...

Find a resource that explains it.? Provide ?a link and reference (APA format) for the link and give a brief summary ?in your own words, Only 50-75 words

Find a resource that explains it.  Provide  a link and reference (APA format) for the link and give a brief summary  in your own words, Only 50-75 words ...

Create a problem similar to the one your ?classmate has created in their original post. ?Solve the problem you ?created, following your classmate’s instructions. ?Show ALL of your ?work!? S

 Create a problem similar to the one your  classmate has created in their original post.  Solve the problem you  created, following your classmate's instructions.  Show ALL of your  work!  See attachementFractionalexponents.PNG ...

Find a resource that explains it? ?Provide a link and reference (APA f

Find a resource that explains it.   Provide a link and reference (APA format) for the link and give a brief summary in your own words of what you found.    ...

In electrical engineering, you’ll need to find the rates at ?which alternating currents and voltages are changing.? In financial ?applications, you may want to calculate the rate at which c

  In electrical engineering, you'll need to find the rates at  which alternating currents and voltages are changing.  In financial  applications, you may want to calculate the rate at which continuously  compounded interest is growing.  And in healthcare, you might need to  calculate the rate...

Finding a missing side in a 30 60 90 special right triangle Website: A Quick Guide to the 30-60-90 TriangleLinks to an external site. Reference: By: Mary Jane Sterling and Updated: 08-08-20

  Finding a missing side in a 30 60 90 special right triangle Website: A Quick Guide to the 30-60-90 TriangleLinks to an external site. Reference: By: Mary Jane Sterling and Updated: 08-08-2022 From The Book:  Pre-Calculus For Dummies, By: Mary Jane Sterling and,...

Topic 19: Finding a Missing side in a 45?, 45?, 90? special Triangle Dependent on which side is missing will determine your equation. ?The ?ratio you want to remember is x, x, x??2 which ??

  Topic 19: Finding a Missing side in a 45°, 45°, 90° special Triangle Dependent on which side is missing will determine your equation.  The  ratio you want to remember is x, x, x√2 which √2=1.4, so if you are  missing a leg side in...

Continue applying the techniques of finite difference methods; but this time, you’ll be taking?second derivatives, and analyzing how the error in the estimate changes with mesh size.? SEE

Continue applying the techniques of finite difference methods; but this time, you'll be taking second derivatives, and analyzing how the error in the estimate changes with mesh size.  SEE ATTACHMENTEngineeringAppliedExercise2.docx Many engineering applications of differential calculus involve second derivatives. For example, Newton's second law...

Find a resource with a tutorial/ information that will help you ?create a specific, original, math problem related to your topic. ??Remember, you are NOT teaching the whole topic, but jus

  Find a resource with a tutorial/ information that will help you  create a specific, original, math problem related to your topic.   Remember, you are NOT teaching the whole topic, but just how to solve ONE PROBLEM you've created.  You  must cite...