Assembly of partner parts

First photo is my partners part and the second is mine. We used isometric drawings, and put together each other's part. We did this to make sure that our drawings were in the same "mode".

Isometric Views & Combo's of Puzzle + Reasons

The first 2 are all the different Combonations I came up with for the Puzzle. (Brainstorm) 3rd and 4th are my different pairings of the puzzle block.(cake layer) I will be using the first one pictured. The reason why is because I believe that the assembly of the parts will be more difficult. The construction of the whole block- puzzle will be more difficult.  The last one is all of the views of both puzzles. (Multi-view) 

Pictures of blocks and the assembly of blocks

This is the assembly of blocks and all the parts that I have made 

Histogram and Data- lengths of the cubes in inches

All measurements of the cubes are on the far right hand side, in inches. The mean, mode and range are below the highlighted words. The histogram shows all the measurements corresponding with each other. My lowest measurement is 0.74 inches and my biggest measurement is 0.777 inches.

Fling Machine Reflection

A way to optimize the design would be placing the two cotton balls between two  corks and rubberbanding it together. Then we would throw it and measure the distance afterwards. One thing I would do differently would be simplifying it but make it go further. I did not see anything wrong with my team, Pallavi and I worked really well together. Given the constraints I believe my team worked really well and optimize the design by using the less. I believe that some teams kinda "cheated" the constraints by using their arm. To our group it was the easy way out. That they really didn't have to think on how to fling something with a device, not an arm. 

Our Distance: 56.5"

Unit Conversion Reflection

For my project I was in charge of significant figures, and running the game. For me both of these topics were really easy for me to do. The most challenging thing for my group was a way to make unit conservins fun. We really enjoyed making a presentation out of unit conversion, but making it fun was extremely difficult as it is such a "dry" topic. We worked decently as a team. There was some issues with people not doing really anything for brainstorming, but in the end it was all right. For brainstorming we wrote down all the conservins and an outline for our presentation. We also wrote all the necessities/ requirements for this presentation. 

Colors in the kaleidoscope

Most of these photos of kaleidoscopes are not mine, but the orange, yellow, and black kaleidoscope colors are mine.