wbtitle = "Motion equations";
lastSlide = 7;
conceptSlide = 1;
conceptSlideArray = [1];
equationSlide = 5;
equationSlideArray = [5];
derivationSlide = 0;
derivationSlideArray = [];
exampleSlide = 6;
exampleSlideArray = [6];
question = ["What acceleration will stop the car exactly at the stop sign?"];
questionslide = [6];
subtitle = ["Applying motion equations","Motion equations"];
subtitleslide = [1, 5];
headline = [" Determine the "knowns"
",
" Determine the “knowns” and the “unknown(s)”
",
" Determine the “knowns” and the “unknown(s)”
| · | Find implicit knowns from situation |
Determine the “knowns” and the “unknown(s)”
| · | Find other knowns from situation |
Choose an equation with those variables
",
"
",
"
",
" vf2 = vi2 + 2aΔx
a = (vf2 − vi2)/2Δx
a = − 144/72 m/s2
a = − 2.0 m/s2
"];
cardSlide = [1, 5, 6];
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classSlide = ["","concept","concept","concept","concept","equation","example","example"];