by Nathanael Morgan | Apr 3, 2023 | Debate Resources, Disadvantages, NCFCA, Stoa, Strategy, Team Policy, Uncategorized
Source: Pixabay In recent years, I’ve noticed a disturbing trend among Team Policy debate, both in Stoa and in NCFCA (although most of my experience has been within the Stoa sphere). As debaters progress in their skills, one idea I almost never hear brought up within...
by Ben Brown | Mar 16, 2023 | Negative, Team Policy
Image Credit: alamy.com A lot of 2NRs follow the same pattern. First, the speaker gives an intro. Then, they explain that they’re going to, first, respond to the aff on each line of the flow, and, second, give voting issues. They then follow through...
by Nathanael Morgan | Mar 7, 2023 | Concept Analysis, NCFCA, Negative, Speaking, Stoa, Strategy, Team Policy, Technique, Thinking Strategically
Source: Pixabay When I was just getting a good grip on how to debate well, I struggled with winning the judges over. Oftentimes the ballots blamed this on my aggressiveness, but looking back on it now, I realize that that was only one facet of the problem....
by Ben Brown | Nov 10, 2022 | Fiat, From Advanced to National-Class, Negative, Team Policy
As any TPer knows, one of the most satisfying parts of the preparation process is when one stumbles across a golden piece of evidence, thinks of a killshot argument, or anything similarly incredible that looks like it all but guarantees a win against a given case. ...
by Patrick McDonald | Nov 3, 2022 | NCFCA, Team Policy
Note: I’ll be taking NCFCA as my subject for this article because that is where my experience lies. I assume that many of these points will also apply to Stoa, but that is for Stoa-ers (Stoics?) to decide. For the first four years of my exposure to speech and debate,...
by Ben Brown | Oct 26, 2022 | Communication/Rhetoric, Lincoln-Douglas, Parliamentary, Team Policy
Almost everyone in the world uses the base ten number system, meaning that the value of the place furthest to the right of an integer is ten raised to the zero power (IE, one), and each successive place increases the value of this exponent by one. Ten to the one...
