01-1: a textbook physics problem
Author | arandombattery |
---|---|
Tags | author:arandombattery easy episode1 playable unrated |
Created | 2014-03-03 |
Last Modified | 2014-03-06 |
Rating | 3 more votes required for a rating. |
Map Data | |
Description | Box 1 sits on a table, while Box 2 is dangling from a pulley. The two boxes are connected by a massless rope, and Box 1 sits on a frictionless table. The rope hangs over a frictionless pulley. Box 1 has a mass of 20 g and Box 2 has a mass of 5 g. Box 2 is allowed to fall from rest.
Find the tension T in the rope. Assume the acceleration due to gravity, g, is equal to 9.8 m/s^2. ...Meh. I'm frickin' done. 00-4: the island [nmaps.net] ----- 01-0: throttle rocket [nmaps.net] 01-1: a textbook physics problem 01-2: gold optional [nmaps.net] 01-3: how's the reception up there? [nmaps.net] 01-4: under my wheels [nmaps.net] ----- 02-0: flagged [nmaps.net] |
Other maps by this author
Comments
Pages: (0)
2014-03-06
That's not the force of gravity!
It's the acceleration due to gravity.
---
Do we even need to know the length of the rope? I think that's just a red herring.
---
Actually, the problem doesn't specify where the pulley is. What if it was directly above Box 1? That would make things easier, right?
---
Oh, and if the rope is massless, does that mean we could accelerate it up to light speed?
Except that it's attached to those non-massless boxes. Lemme go get some scissors.
---
Do we even need to know the length of the rope? I think that's just a red herring.
---
Actually, the problem doesn't specify where the pulley is. What if it was directly above Box 1? That would make things easier, right?
---
Oh, and if the rope is massless, does that mean we could accelerate it up to light speed?
Except that it's attached to those non-massless boxes. Lemme go get some scissors.
2014-03-03
cute ass imagery
would make a perfect episode map.
2014-03-03
love the title..
Demo Data |
---|
arandombattery
I love that you did this.
The pulley is shown in the map.