https://padlet.com/tj_middleton/m32kdvpruj2e4a7e Share your model for The Ladder Problem. That can be pictures or a video of a physical model and/or a link to a GeoGebra file on your GeoGebra account for a visual model you created there. (Make sure the settings are correct so anyone with the link can view the file.) Do NOT yet post any ideas or questions. Let everyone do their own thinking. Follow the directions posted on Google Classroom. en-us 2020-08-23 18:11:11 UTC 2023-03-22 16:25:49 UTC hello@padlet.com https://padlet.net/icons/png/1f427.png daylealbrecht https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/701414724 2020-08-26 23:26:40 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/701414724 https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/701445270 This is what I imagine the ladder problem would look like in real life (with a bigger ladder, and smoother, more consistent movement). I tried to move the ladder out and down at a constant rate the whole time. ]]> 2020-08-26 23:51:55 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/701445270 tahirmohamed https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/701623840 I have made different lines to show where the ladder will be after moving away from the wall at a rate of 1ft per second. The y-axis is the wall. 1 unit=1 foot]]> 2020-08-27 02:07:16 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/701623840 paolovela https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/701798371 2020-08-27 04:32:01 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/701798371 https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/704240387 The pencils are the ladder! Pretend the wall isn't bumpy and I went with a smooth, consistent motion.

I'm not sure why it says anonymous but this is Naomi.]]> 2020-08-28 02:18:36 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/704240387 kateballengee https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/704401515 I was able to set up a basic model, but I struggled with how to get the ladder to move. I hope the link works for everyone!]]> 2020-08-28 04:39:54 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/704401515 finnhautau https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705020295 I found out a kind of janky way to get it to work; I used a circle with a radius of 7, and then placed a triangle with points on some constant functions to make up the floor and the wall. It is sideways, but it was the closest I could get. Ignore the colorful material on the left; that's just scratchwork. ]]> 2020-08-28 14:19:04 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705020295 tj_middleton https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705177676 bosqueschool.padlet.org

]]> 2020-08-28 15:10:54 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705177676 jacksonsanders1 https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705185667 The anonymous post was me]]> 2020-08-28 15:13:10 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705185667 kateballengee https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705238932 1. How do we make points move together in GeoGebra? Something to do with bounding?
2. Can we make the ladder "fall" at a constant rate in GeoGebra?
3. Is there a way to also track the angle of the ladder as it falls in GeoGebra?]]> 2020-08-28 15:29:07 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705238932 daylealbrecht https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705244317 1) Can we solve this using right triangle trig?
2) Is the starting point of the ladder implied in the problem?Does the starting point of the ladder affect the answer to this problem?
3) Can the speed at which the ladder is falling be graphed by and exponential function?]]> 2020-08-28 15:30:38 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705244317 elliotclawson https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705248271 Do we have to account for friction?
How long untill the ldder is flush with the ground?
Does it slow down or speed up after the five feet?]]> 2020-08-28 15:31:53 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705248271 stephaniegonzales2 https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705248289 1.)Would a right triangle equation help us start solving this?
2.) Does the ladder start at a certain distance away from the wall?
3.) How could we show the constant in the equation?

]]> 2020-08-28 15:31:53 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705248289 naomi_weissmann https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705248380 - Does the ladder move at a constant rate or will it accelerate as it falls?
- Can we use the old right triangle skill we had to solve this?
-Does the top of the ladder move at the same rate as the bottom of the ladder?]]> 2020-08-28 15:31:55 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705248380 tahirmohamed https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705248626 Is there a fixed point on the ladder that doesn't move?
Is the base of the ladder against the wall when the distance is first being measured?
If the ladder starts 5ft from the wall, would the final distance still be 7ft?]]> 2020-08-28 15:32:00 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705248626 finnhautau https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705250822 Are we taking into account gravity and how that will affect the acceleration at any point?

Can we use circle trig to figure this out?

How do we make a fixed length line with two points fixed on objects?]]> 2020-08-28 15:32:41 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705250822 tj_middleton https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705255815 2020-08-28 15:34:14 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705255815 jacksonsanders1 https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705258112 1.  Is this a trig problem?
2. Since the Ladder is a straight , would the top of the ladder be moving down the wall at the same rate that the bottom moves away from the wall?
3. Is domain involved when setting up the problem?]]> 2020-08-28 15:34:55 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/705258112 stephaniegonzales2 https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/706354071 2020-08-29 01:39:44 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/706354071 elliotclawson https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/725288594 2020-09-07 18:48:14 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/725288594 levilewis1 https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/742252965 2020-09-13 22:17:36 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/742252965 levilewis1 https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/742255697 Could we solve this graphically?

Is there an equation for the rate it is moving down the wall?

Is the rate at which it is moving constantly changing?

]]> 2020-09-13 22:21:11 UTC https://padlet.com/tj_middleton/m32kdvpruj2e4a7e/wish/742255697