When doing my desmos I first decided to use bigger numbers so I wouldn’t have to use decimals. I also decided to use an even number for spacing so one block between each letter and 4 blocks for width and 8 blocks for height. I also decided to do block letters so it wasn’t too simple and you could see it more clearly. I used black and blue for the colors since those are my two favorite colors, and I used the dotted lines to give it more of a design. With the equations I started by doing the horizontal and vertical lines first since those are the easier equations, and then moved on to the angled ones. I tried doing a curve line for the D but I didn’t quite get it to be perfectly aligned with the x and y axis so I just made straight lines. The L, A, and the “I” went the fastest since I got the hang of it pretty quickly. Using larger numbers was a great decision since I only came across a few decimals but they were easy enough o work with and I could zoom in to see the exact coordinates. This was a fun project and it was challenging but fun at the same time.
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Rube Goldberg project
Math 10- Flag pole Lab
Today we did a flag pole lab where we used tools like a clinometer to measure the angle of our eyesight which was tricky because the wind was so strong today so we had to wait until the string stopped moving. We used a meter stick to measure our eyesight how tall our eyes are from the ground. We also used a trundle wheel to measure how far we stood from the flagpole we measured in the middle of the concrete slab to the tips of my shoes and we used the line on the concrete to go as straight as possible. We then drew a detailed sketch of all our sides and angles and then used SOH CAH TOA to figure out the height of the flagpole. We ended up using TOA since we do not know the hypotenuse. We used trigonometry to help us be as precise as possible. We then compared with other groups to see who was the most accurate and why. We saw that the closest group had 46 degrees. We had to use our communication skills to help each other out to be as accurate as possible.