Calculus 2, Geology 2, etc, seem intentionally hard

Page 1 of 2 [ 17 posts ]  Go to page 1, 2  Next

AardvarkGoodSwimmer
Veteran
Veteran

User avatar

Joined: 26 Apr 2009
Age: 61
Gender: Male
Posts: 7,663
Location: Houston, Texas

17 Dec 2019, 2:02 pm

As if the second course in a degree (or minor) sequence is when they decide to start weeding out students.

Even Voice for the Actor 2, for crying out loud. Voice 1 was interesting vocal exercises such as Fitzmaurice Tremoring Voicework (built from yoga positions), and then Voice 2 is going to be how to log speech in tedious ways?

Apparently so.

And apparently, the 2 of a sequence is where they try to kludgeware it into being technical, pretty much for the sake of weeding out.

So, don't take too many 2's for any one semester! . . . or go in there pre-warned.

Your thoughts please. :D



Oculus
Blue Jay
Blue Jay

User avatar

Joined: 15 Jan 2010
Age: 53
Gender: Male
Posts: 81
Location: california

17 Dec 2019, 2:20 pm

I remember Calculus 1 being fairly easy compared to Calculus 2, but I had also opted to take a "Pre-Calculus" class, which was just algebra similar in complexity to what we would be using in Calculus 1. So maybe that contributed to making Calculus 1 seem easy?

All of the mathematics courses seemed to get much harder after Calculus, though, culminating in Fourier Transforms kicking my ass the first time I took it.

On the upside, college is much more forgiving than high school of students needing to retake courses. I think they expect it. And a class really is easier the second time you take it (which leads me to suspect some of them should be split into two classes in the first place).



BTDT
Veteran
Veteran

User avatar

Joined: 26 Jul 2010
Age: 60
Gender: Female
Posts: 7,120

17 Dec 2019, 2:21 pm

I found them easy, but I don't think there were any easy engineering courses.



AardvarkGoodSwimmer
Veteran
Veteran

User avatar

Joined: 26 Apr 2009
Age: 61
Gender: Male
Posts: 7,663
Location: Houston, Texas

19 Dec 2019, 9:15 am

Oculus wrote:
I remember Calculus 1 being fairly easy compared to Calculus 2, but I had also opted to take a "Pre-Calculus" class, which was just algebra similar in complexity to what we would be using in Calculus 1. So maybe that contributed to making Calculus 1 seem easy? . . .
I think pre-studying is the royal road. 8) And it can be as casual as leafing ahead in a geology textbook.



Fnord
Veteran
Veteran

User avatar

Joined: 6 May 2008
Age: 67
Gender: Male
Posts: 59,836
Location: Stendec

19 Dec 2019, 9:35 am

Well, of course second-year classes are harder than first-year classes!  That's just how it goes.  Whether or not the intent is to "weed out" marginal students is a moot point, since marginal students are likely to fail anyway.


_________________
 
No love for Hamas, Hezbollah, Iranian Leadership, Islamic Jihad, other Islamic terrorist groups, OR their supporters and sympathizers.


kraftiekortie
Veteran
Veteran

Joined: 4 Feb 2014
Gender: Male
Posts: 87,510
Location: Queens, NYC

19 Dec 2019, 9:37 am

Ironically, I have always found "intro" courses to be usually more difficulty than subsequent courses.

I would work hard in the "intro" courses---which did form a great foundation.



jimmy m
Veteran
Veteran

User avatar

Joined: 30 Jun 2018
Age: 75
Gender: Male
Posts: 8,549
Location: Indiana

19 Dec 2019, 11:40 am

Generally I have found first year courses in college (such as the 100 series) to be where the weeding out occurs. The problem that I personally encountered was that my advanced college courses in mathematics were taught by foreign professors and it was difficult to understand them. I suspect this problem may be getting worse today, because many of the college courses are taught by graduate students rather than by actual professors.


_________________
Author of Practical Preparations for a Coronavirus Pandemic.
A very unique plan. As Dr. Paul Thompson wrote, "This is the very best paper on the virus I have ever seen."


BTDT
Veteran
Veteran

User avatar

Joined: 26 Jul 2010
Age: 60
Gender: Female
Posts: 7,120

19 Dec 2019, 11:42 am

I took a second semester Economics course taught by a Korean grad student in 1985. He was a great instructor and I did very well in the course. :D It was a small class of less than a dozen students.



jimmy m
Veteran
Veteran

User avatar

Joined: 30 Jun 2018
Age: 75
Gender: Male
Posts: 8,549
Location: Indiana

19 Dec 2019, 12:11 pm

BTDT wrote:
I took a second semester Economics course taught by a Korean grad student in 1985. He was a great instructor and I did very well in the course. :D It was a small class of less than a dozen students.


Class size is also another variable. My second year calculus classes were over 100 students in a very large classroom.


_________________
Author of Practical Preparations for a Coronavirus Pandemic.
A very unique plan. As Dr. Paul Thompson wrote, "This is the very best paper on the virus I have ever seen."


kraftiekortie
Veteran
Veteran

Joined: 4 Feb 2014
Gender: Male
Posts: 87,510
Location: Queens, NYC

19 Dec 2019, 1:49 pm

Class size does have a bearing on how some students do. I agree with that.

I'm fortunate that, when I went to college, I was never in a class with more than 30 students.



TwilightPrincess
Veteran
Veteran

User avatar

Joined: 28 Sep 2016
Age: 39
Gender: Female
Posts: 21,376
Location: Hell

19 Dec 2019, 2:09 pm

kraftiekortie wrote:
Class size does have a bearing on how some students do. I agree with that.

I'm fortunate that, when I went to college, I was never in a class with more than 30 students.


I pretty much always had small class sizes, too. I don’t think I’d like a big class although it would add some degree of anonymity if that’s what someone wants.


_________________
Double, double toil and trouble;
Fire burn and caldron bubble.


uncommondenominator
Veteran
Veteran

Joined: 8 Aug 2019
Age: 42
Gender: Male
Posts: 1,210

19 Dec 2019, 2:24 pm

Colleges already have an effective method for weeding people out. It's called the application process. Colleges don't make a habit of accepting people they think can't make the grade. Accepting students only to cull them later only lowers the school's graduation / retention rate numbers. Investing in students who won't complete the program is a waste of money. And a student who will complete the program will spend more money at the school than someone who takes one semester and drops out. Schools would really rather not accept people in the first place, than try to axe them later.

There are schools that will accept just anyone, but they will usually also just pass anyone as well, so they keep attending, keep paying, and keep graduating - which is profitable and makes them look good, but the degrees are usually of questionable use.

Also, as Fnord said, things kinda get harder as you get more advanced. Just how that works. Comm 2 generally *will* be harder than Comm 1. Comm 3 generally *will* be harder than Comm 2. Because each one isn't just more of the last - each one is a more advanced application of the last. That's why you're generally required to take part 1 of a class before you can take part 2.



Fnord
Veteran
Veteran

User avatar

Joined: 6 May 2008
Age: 67
Gender: Male
Posts: 59,836
Location: Stendec

19 Dec 2019, 2:46 pm

uncommondenominator wrote:
... as Fnord said, things kinda get harder as you get more advanced. Just how that works. Comm 2 generally *will* be harder than Comm 1. Comm 3 generally *will* be harder than Comm 2. Because each one isn't just more of the last - each one is a more advanced application of the last. That's why you're generally required to take part 1 of a class before you can take part 2.
For STEM degrees, pre-requisites usually include 100-level classes in general science and maths. These are the Electrical Engineering courses offered at California State University at Long Beach:

Electrical Engineering - Undergraduate Studies Program (BSEE)

• EE186 - Introduction to Programming and Applications for Electrical Engineers
• EE200 - Trends in Electrical Engineering
• EE200H - Trends in Electrical Engineering
• EE201 - Digital Logic Design
• EE202 - Computer Methods in Engineering
• EE210 - Electro-Magnetic Foundations in Electrical Engineering
• EE210L - Electro-Magnetic Foundations in Electrical Engineering Laboratory
• EE211 - Electric and Electronic Circuits
• EE211L - Electric Circuits Laboratory
• EE220 - Materials Sciences for Electrical Engineers
• EE301 - Digital System Design
• EE301H - Digital System Design
• EE310 - Signals and Systems
• EE310H - Signals and Systems
• EE330 - Analog Electronic Circuits I
• EE346 - Microprocessor Principles and Applications
• EE350 - Energy Conversion Principles
• EE350H - Energy Conversion Principles
• EE360 - Electromagnetic Fields
• EE370 - Control Systems
• EE370H - Control Systems
• EE370L - Control Systems Laboratory
• EE380 - Probability, Statistics, and Stochastic Modeling
• EE381 - Probability and Statistics with Applications to Computing
• EE382 - Communication Systems I
• EE382H - Communication Systems I
• EE386 - Digital Signal Processing
• EE386H - Digital Signal Processing
• EE400D - Electrical Engineering Design Project
• EE405 - Selected Topics in Electrical Engineering
• EE406 - Medical Instrumentation and Measurements
• EE406L - Biomedical Engineering Laboratory
• EE407 - Applications of Computers in Medicine
• EE412 - Fractals in Engineering
• EE420 - Solid State Electronic Devices
• EE427 - Digital Filter Design and Audio Processing
• EE428 - Speech Signal Processing
• EE430 - Analog Electronic Circuits II
• EE430H - Analog Electronic Circuits II
• EE430L - Analog Electronics Laboratory II
• EE434 - Mixed-Signal IC Design
• EE435 - Microelectronics
• EE436 - Microfabrication and Nanotechnology
• EE442 - Mechatronic Systems Design
• EE443 - System-on-Chip Architecture and Applications
• EE444 - Microprocessor Based System Design
• EE447 - Design of Electronic Systems
• EE448 - Wireless and Mobile Networks and Security in Wireless Networks
• EE450 - Electronic Control of Motors
• EE451 - Electric Vehicles
• EE452 - Power System Analysis
• EE453 - Protection of Power Systems
• EE458 - Design of Power System Components
• EE462 - Electromagnetics and Applications to Wireless Systems
• EE470 - Digital Control
• EE471 - Design of Control Systems
• EE474 - Robot Modeling and Control
• EE476 - Neural Networks and Fuzzy Logic
• EE481 - Satellite Communication Systems
• EE482 - Communication Systems II
• EE483 - Digital Image Processing
• EE486 - Digital Signal Processing for Multimedia Communications
• EE488 - Communication System Design
• EE489 - Digital Signal Processing Design
• EE490 - Special Problems
• EE495 - Computational Physiology

Electrical Engineering - Graduate Studies Program (MSEE)

• EE503 - Advanced Systems Engineering
• EE504 - Introduction to Entrepreneurship for Engineers
• EE505 - Advanced Engineering Mathematics for Electrical Engineers
• EE506 - Theory and Practice of Biomedical Instrumentation
• EE507 - Advanced Biomedical Systems
• EE508 - Probability Theory and Random Processes
• EE509 - Network Theory
• EE511 - Linear Systems Analysis
• EE526 - High Speed Communication Circuits
• EE527 - Digital Filter Design and Audio Processing
• EE528 - Speech Signal Processing
• EE531 - CMOS Electronics
• EE532 - Analog Signal Processing
• EE533 - Quantum and Optical Electronics
• EE534 - Mixed-Signal IC Design
• EE535 - VLSI Design
• EE535A - Microelectronics
• EE536 - Microfabrication and Nanotechnology
• EE540 - Advanced Digital System and Computer Architecture
• EE545 - Computer Communication Networks
• EE546 - Advanced Microprocessors and Embedded Controllers II
• EE547 - Sensor Networks
• EE548 - Wireless and Mobile Networks and Security in Wireless Networks
• EE550 - Power Electronics and Applications
• EE551 - Theory and Applications of DC/DC Converters
• EE553 - Protection of Power Systems
• EE554 - Power Systems Economics and Applications
• EE556 - Solar Power Systems
• EE566 - RF and Microwave Electronics
• EE573 - Autonomous Systems
• EE574 - Robot Modeling and Control
• EE575 - Non-Linear Control Systems
• EE576 - Neural Networks and Fuzzy Logic
• EE581 - Satellite Communication Systems
• EE583 - Digital Image Processing
• EE585 - Advanced Digital Signal Processing
• EE586 - Real-Time Digital Signal Processing
• EE587 - Fiber Optic Networks
• EE588 - DSP for MMO Communication Systems
• EE589 - Multiuser Communications
• EE590 - Selected Topics in Electrical Engineering
• EE591 - Adaptive Systems
• EE592 - Wireless Communications
• EE606 - Theory and Practice of Biomedical Instrumentation
• EE607 - Advanced Biomedical Systems
• EE632 - Analog Signal Processing
• EE675 - Non-Linear Control Systems
• EE683 - Digital Image Processing
• EE685 - Advanced Digital Signal Processing
• EE697 - Directed Research
• EE698 - Thesis or Industrial Project

... and people wondered why I was losing my hair...


_________________
 
No love for Hamas, Hezbollah, Iranian Leadership, Islamic Jihad, other Islamic terrorist groups, OR their supporters and sympathizers.


AardvarkGoodSwimmer
Veteran
Veteran

User avatar

Joined: 26 Apr 2009
Age: 61
Gender: Male
Posts: 7,663
Location: Houston, Texas

19 Dec 2019, 7:08 pm

Okay, in a textbook on “Historical Geology” (history of the Earth), which was the 2nd geology class, they’d take a time period much more specific than Triassic, Jurassic, or Cretaceous,

often use the word upper or lower,

and say something like: The upper ______ was the beginnings of _______ and the heyday of ________ . [naming two obscure plants or animals!]

==========

Yes, it did seem like it was kludge-ware technical simply for the sake of being technical.



AardvarkGoodSwimmer
Veteran
Veteran

User avatar

Joined: 26 Apr 2009
Age: 61
Gender: Male
Posts: 7,663
Location: Houston, Texas

19 Dec 2019, 8:34 pm

Temple Grandin said we on the Spectrum tend to have one of three preferred intellectual styles:

1. Visual thinking — poor at Algebra

2. Music and Math

3. Verbal Logic Language Translation — poor at drawing

(with some overlap of course)

https://www.youtube.com/watch?v=bgEAhMEgGOQ

Please see 21 minutes into the speech.

----------

I'm the "Verbal Logic Language . . " Although I more commonly call it story/narrative. We might also call it the case study method (just like business, medical, or law school). I mean, to give myself some credit and all. :wink:

I have learned through long and bitter experience that if I have three technical courses in one semester, I'm at real risk of overload.



248RPA
Veteran
Veteran

User avatar

Joined: 29 Oct 2015
Gender: Female
Posts: 1,021
Location: beyond the Wall

04 Jan 2020, 1:59 pm

Last semester I took Calculus 2. On the first day, the professor straight up told us this was the hardest course in the calculus sequence, and he was a merciless grader.

I got a good grade in the end, but the class was hell.


_________________
Life ... that's what leaves the mess. Mad people everywhere.