[Paper choice] Numerical Mathematics or Analog Electronics and Circuit Analysis.

In summary, the numerical mathematics paper covers a broad range of topics and is at a higher level, making it a good choice for those interested in biophysics and medical physics. The electronics paper may be more useful for those interested in fields that require knowledge of analog electronics and circuit analysis.
  • #1
sphericow
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I am a physics major and have to make a choice between either of these two papers. The numerical mathematics is at the equivalent to US senior level and the electronics paper is equivalent to US junior level. I'm quite interested in biophysics and/or medical physics for grad school but I'm not set on this.

Paper Descriptions

Numerical Mathematics

This paper covers algorithms for approximation, integration, systems of algebraic equations, ordinary differential equations, and partial differential equations; scientific computation.

Analog Electronics and Circuit Analysis

Topics include advanced dc and ac analysis, transistor amplifiers, feedback in amplifiers, oscillations, and filters. This paper includes a compulsory laboratory component.

This paper commences with complex impedance, phasors and ac circuit theory. These are then applied to the analysis and design of single- & multiple-BJT circuits, and circuits with nonideal opamps. Laplace and Bode theory is used to predict circuit performance. SPICE is used to simulate circuit operation.


Which paper do you guys think would be best to take? I didn't really enjoy the intro to electronics class from first year and can barely remember any of it if I'm being honest.
 
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  • #2
Given the information provided, it would likely be best to take the numerical mathematics paper. This paper covers a wide range of topics that are applicable to many areas of physics, including biophysics and medical physics. Additionally, it is at a higher level than the electronics paper, which could help you better prepare for graduate school. On the other hand, the electronics paper may be beneficial if you plan to specialize in a field that requires knowledge of analog electronics and circuit analysis, such as electronic instrumentation. Ultimately, the paper that is best for you depends on your individual interests and goals.
 

1. What is the difference between numerical mathematics and analog electronics and circuit analysis?

Numerical mathematics is a branch of mathematics that deals with the development and use of numerical methods to solve mathematical problems. It involves the use of algorithms and computer programs to approximate solutions to mathematical equations. Analog electronics and circuit analysis, on the other hand, is a branch of electrical engineering that deals with the study and analysis of electronic circuits and systems that use continuous signals. This involves the use of mathematical models and circuit analysis techniques to understand and design electronic systems.

2. Which field is more theoretical and which one is more practical?

Numerical mathematics is more theoretical as it involves the development and analysis of mathematical algorithms and methods. Analog electronics and circuit analysis, on the other hand, is more practical as it involves the design, simulation, and testing of electronic circuits and systems.

3. What are the potential career paths for someone studying numerical mathematics or analog electronics and circuit analysis?

For someone studying numerical mathematics, potential career paths include becoming a mathematician, data analyst, or software engineer. For someone studying analog electronics and circuit analysis, potential career paths include becoming an electrical engineer, circuit designer, or electronic systems engineer.

4. Are there any prerequisites for studying numerical mathematics or analog electronics and circuit analysis?

A strong foundation in mathematics is essential for studying both numerical mathematics and analog electronics and circuit analysis. Additional prerequisites for numerical mathematics may include knowledge of programming languages and algorithms, while prerequisites for analog electronics and circuit analysis may include knowledge of basic electrical circuits and components.

5. How are numerical mathematics and analog electronics and circuit analysis used in real-world applications?

Numerical mathematics is used in a wide range of fields such as engineering, physics, finance, and computer science to solve complex mathematical problems and make accurate predictions. Analog electronics and circuit analysis are used in the design and development of electronic devices and systems that are used in various industries such as telecommunications, healthcare, and transportation.

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