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--- 183_projects:problem1_spring2021_5 [2021/02/16 15:58] – created pwirving
+++ 183_projects:problem1_spring2021_5 [2021/02/18 17:08] (current) – pwirving
@@ Line 11: / Line 11: @@
 ====== Project 5: Escape from Korath The Story Continues Part 2======
-You and your team must use the only remaining minecart to launch yourselves across the oil-slicked straightaway of 10 meters, up a 13-meter long ramp (20-degree angle), and into the facility. You need to find out what your velocity will be at the top of the ramp which means you need to use the graphs your code produced to find your initial velocity.
+You and your team must use the only remaining minecart to launch yourselves across the oil-slicked straightaway of 10 meters, up a 13-meter long ramp (20-degree angle), and into the facility. You need to find out what your velocity will be at the top of the ramp. To do so, you need to find the velocity of your cart after it has left the spring. However, on closer inspection of the spring that is going to launch you, it seems as though it is a completely different spring but you do find some printouts of some graphs that are associated with the new spring (see below).
+{{url>https://plot.ly/~paul.w.irving/34/ 800px,600px |Position vs time}}
+{{url>https://plot.ly/~paul.w.irving/1/ 800px,600px |Force vs time}}
+====== Project 5: Escape from Korath Part 3 ======
+<WRAP info>
+==== Project 5: Learning issues ====
+  * Constant acceleration and kinematic equations
+  * Frictional Force
+  * Rotated Frames (Forces on an inclined plane)
+  * Free body diagrams
+</WRAP>
+Your team is now confronted by a tunnel that then leads to the dimensional gate. Your amazing piece of tech (turning out to be very useful) indicates that the dimensional gate is at the end of the tunnel and must be entered at a speed of 20mph. It also indicates the angle and height of the incline and the length of the tunnel as displayed in the following screenshot from your tech. The tech also indicates that the base of the tunnel is made of a different surface than that of the incline. Your tech indicates that the incline is made of Leannium and you have conducted previous tests on this material that indicates that a sled can rest on an incline of the material without sliding as long as the angle of the incline is less than or equal to 14º. At the top of the incline are two sleds. You have one chance of escape, for all four of your group members to push the sled down the incline and get in, move through the tunnel and then the dimensional gate. Will you be successful?
+[[:183_notes:learning goals:week 5|Learning Goals Week 5]]
+{{183_projects:tech_diagram_c.jpg|}}