All organic, inorganic and physical chemistry textbooks (that I have gotten my hands on) have been wrong about orbital theory. Valence shell electron pair repulsion (VSEPR) theory includes the hybridization rules we all learned (sp^3 hybrids, etc), but they don’t exist. Worse, no textbooks give a disclaimer that VSEPR theory is a simplification that help visualize and solve problems, but hybrids don’t exist in nature. If you study carbon-carbon bonds (i.e., photoemission spectroscopy) you will clearly resolve separate p and s orbitals for carbon; you won’t see a mix like reasoned in hybridization theory. So why do we still teach this? VSEPR came about in the late 50s, and this contradiction has been know about since the late 60s, but every textbook remains wrong. Why?

I want to look over some texts before taking organic chemistry, so I’ll be better prepared. Do you guys know any good books or texts that might help?


“Organic and Biochemistry: Rapid Learning in 24 Hours”

Are you taking organic and biochemistry combo course? Or taking organic chemistry and biochemistry courses together? Either way, those two courses might have been the most difficult ones, mainly due to the overwhelming structures, reactions and mechanisms to be presented to you.

Before going to organic chemistry, you should have a solid understanding of electronic structures from general chemistry and the concepts of valences and electrons.

One tip for you: Go rich-media!

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“Dr. Wayne Huang is a rapid learning coach, who is the co-author of over 10 published books and 100 24-hour rapid courses in chemistry, physics, biology, medicine and mathematics. He is also the founding editor of Chemistry Tips, Physics Tips, Biology Tips and Math Tips, the daily student eZines freely available at http://www.RapidLearningCenter.com, the learning portal of Rapid Learning Inc.”





By: Dr. Wayne Haung

please try to make it as clear as it could be
am having a quiz after tomorrow am a pharmacy student

I am applying to college soon, and I am not quite sure if you can double major in molecular biology and biochemistry, or major in on and minor in the other.

They probably have mostly the same required courses right?

Would this make sense?


I am a high school senior currently applying to colleges. I am hoping to pursue pharmacy as my major, but what are some other good careers in health or science (not doctor). And what kind of jobs could i pursue with a degree in Chemistry or Biochemistry?

Has anyone out there gotten super involved in an online/phone relationship but then had absolutely NO physical chemistry when you met? Has anyone had a really successful experience with someone they met online? Looking for a frame of reference, all answers will be appreciated!!

Can that person pass, barely pass, or failt the course.

I just dont know why organic chemistry has so many ways to write the same thing im clueles.I have no idea what im talking about when it comes to organic chemistry

I need help relating these into one large equation:

V=3b P=(a/27b^2) T=(8a/27Rb)

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