Still think I'm on right track
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I think that beyond mechanics, thermodynamics, and electricity, what I learned from physical chemistry was to understand uncertainty.In response to the thread title, I like to understand the concepts from physics and even apply them to solve real life issues; however, I don't like getting to deep into the mathematics that are involved.
chemistry is physics, as you will find out.In response to the thread title, I like to understand the concepts from physics and even apply them to solve real life issues; however, I don't like getting to deep into the mathematics that are involved.
I've felt the same way. That said, I really enjoyed statistics and was able to do well in my career with Statistical Design of Experiments and Statistical Process Control. Have you looked into any of that?I've already been having mathematical components in class, but those aspects are more or less tolerated so I can have the facts and experiments. It's not that I actually can't do math. My math grades fall in the average range of the percentile; however, most of my other grades on the percentile scale are above average (some way above) so comparatively to my own academic performance, it feels like I'm struggling in math. Other people tell me that I do good at math, but it doesn't feel like it to me because I don't perform as well as I do in other subjects. For this reason, math stresses me.
Not really, but I did actually enjoy being able to figure out the probability of an occurrence when I learned how to do that back in high school.I've felt the same way. That said, I really enjoyed statistics and was able to do well in my career with Statistical Design of Experiments and Statistical Process Control. Have you looked into any of that?
I am a data analyst, and I know how probability theory and more advanced mathematical statistics is used to solve real life problems. However, this is not the kind of math that physicists use on regular basis. Their math are, mostly, differential and sometimes integral equations, path integrals (Feynman's approach to elementary particle physics), complex numbers integration, functional analysis, tensor analysis, etc. Some of this stuff I learned while working on my MS in Mechanical Engineering with concentration in Control Systems Theory, some stuff is unfamiliar to me.I've felt the same way. That said, I really enjoyed statistics and was able to do well in my career with Statistical Design of Experiments and Statistical Process Control. Have you looked into any of that?