A stone falls off a tall building and hits the ground 8.2 seconds later. To the nearest meter, how high was the building?
Hello! Do you have an idea of how to proceed?
Hello! To be honest, I'm a little unsure.
That's fine! That happens a lot when you're still learning :)
Yeah, hopefully I can learn this soon. :) Tests is soon. D:
I know I can draw a picture... but labeling will be kinda weird, but I can tr.
|dw:1409605738386:dw|
Good luck on the tests! The first step is to understand the problem. Sometimes \(\sf reading\) isn't the best way to understand a problem. So that's why some people work better if they draw pictures, try to think about it differently (sometimes making it interesting, like making it something more interesting than a rock), or recapping the problem. And they don't work well for some people. And other ways work better for some people. It depends on who you are, I guess. I like pictures and making sure I know what's all in the problem. So I look forward to seeing your picture! I also like to go through it and pick out what "physical quantities" and cues are in the problem. And, of course, the actual question.... Good picture!
Yeah, I work better visually. So pictures tend to help. :)
Setting up the equation and just knowing what to use is confusing me. I mean we're given time = 8.2 seconds
If you want, then, you can include the time in the picture! As long as you know what it means, it's fine. It is \(\sf yours\). I would do this, for me:|dw:1409606147461:dw|I work best visually, too.
Join our real-time social learning platform and learn together with your friends!