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Alkyne reactions are often presented as a list of separate reagents to memorize.

A more effective approach is to organize them by reaction type and outcome.

This reagent web groups the most common transformations in one place:
• Hydration → carbonyl products (Markovnikov vs. anti-Markovnikov)
• Reduction → alkenes or alkanes (cis vs. trans control)
• Carbon–carbon bond formation via acetylide ions
• Halogenation and hydrohalogenation patterns

Seeing these reactions side-by-side makes it easier to recognize patterns and predict products, especially when problems combine multiple steps.

If you’re working through alkyne reactions, this is a useful way to structure your review.

Printable version and additional practice:
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Alkynes aren’t harder than alkenes.

They’re just misunderstood.

Fewer patterns. More structure. Easier to predict—once you see it.

Instead of memorizing reactions, my students use a Reaction Web to pracice the same reaction derivatives to sync in the patterns and exceptions quickly.

One functional group → multiple pathways → one clear system.

Now you can:
- Understand how each reagent transforms the alkyne
- Predict products without guessing
- Recognize patterns across reactions (even on unfamiliar problems)

From hydration → reduction → synthesis… it all connects.

But with the right system, they do start to click.

Want the printable version + guided practice?

www.NysTutoring.com/Resources

Which reaction trips you up the most?

Most students try to memorize alkene reactions one by one.

That’s why everything feels random.

Different reagents. Different products. No clear system.

So they guess… and lose points.

I teach it differently.

Instead of memorizing reactions, I have my students use a Reagent Reaction Web.

One alkene → multiple pathways → all organized in one visual framework.

Now you can:
- Recognize reaction patterns instantly
- Predict products without guessing
- Understand why reactions happen—not just memorize them

This is how organic chemistry starts to make sense.

If alkenes feel confusing now… imagine the rest of the course.

Or—you can learn the system.

Want the printable version + guided practice?
www.NysTutoring.com/Resources

Which reagent do you struggle with the most?

You only need to memorize 6 polyatomic ions.

In General Chemistry, memorize the 6 “-ate” ions.
Everything else follows a simple oxygen pattern:

• per-ate → +1 oxygen
• ite → −1 oxygen
• hypo-ite → −2 oxygens
• charge stays the same

Once you see the pattern, polyatomic ions stop feeling random.

If you're struggling in General Chemistry or Organic Chemistry,
I offer 1:1 tutoring for college and high school students.

Chemistry Tutoring Made Nys & Simple.

Message on the app to book a session.

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Most students try to memorize alkene reactions.

That works… until the exam looks nothing like your notes.

In Organic Chemistry—and especially on the MCAT—success comes down to pattern recognition, not memorization.

Can you quickly identify:
• Markovnikov vs. anti-Markovnikov?
• Syn vs. anti addition?
• What each reagent is actually doing?

If not, this is where things start to fall apart.

This “reaction web” is how I help my students:
- Turn 12+ reactions into one clear framework
- Predict products without guessing
- Walk into exams with confidence

If alkenes feel obscene now, they won’t stay that way Nys Tutoring.

Want the printable version + guided practice?

www.NysTutoring.com/Resources

Most students try to memorize polyatomic ions.

That’s the hard way.

In General Chemistry, patterns matter more than memorization.

For example:
• The number of oxygens changes
• The charge stays the same
• “Per-ate” → most oxygens
• “Hypo-ite” → least oxygens

Once you see the structure, it stops feeling random.

This is exactly how I teach — clear rules, clean summaries, and visual breakdowns that make chemistry manageable.

If you’re taking College General Chemistry and want organized cheat sheets like this (and step-by-step help applying them), visit:

www.NysTutoring.com

Chemistry Tutoring Made Nys & Simple.

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Know someone struggling in chemistry?

With 15 years of teaching experience Dr. Steven Nystrom will make chemistry "Nys and simple" for high school or college students in general or organic chemistry through his professional private tutoring company Nys Tutoring!

Sessions can be remote through recorded and summarized sessions on google meets or in-person tutoring for those in NYC.

Please email, message, or reach out through the site to find more information!
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