Tuesday, January 28, 2014

Monster Lobe Distance to Ketchikan

Here is my work - although, I am not completely sure I trust my coordinates for Ketchikan.  I'll post this and update it when I can check again.  But I got 395, 255,000 cm and 2455 miles.  Looking at others, I think my coordinates are off.



So, apparently my work was off - and my phone GPS coordinates had me stuck somewhere in California, so I looked them all up again, and here is the real distance to my school UAS Ketchikan.


  I knew something was off.  That's what I get for trusting my GPS without checking or thinking logically.

(Initially I had this posted before 5:00.)

How Far Away is the Monster?

The Monster Lobe is at Latitude 67 degrees 49 minutes North; and Longitude 149 degrees 49 minutes West.  

Mat-Su College is approximate at Latitude 61 degrees 36 minutes North; and Longitude 149 degrees 7 minutes West.


This translates to approximately 430.92 miles.

1 km = 0.621371 miles


Mat-Su College is approximately 69,349,873.1 cm from the Monster Lobe.  

January 28 Reflection

Dillingham is located at 59.0567 N and 158.5086 W, making us 1006 Km/625 miles from the Monster Lobe.

I have no idea how to convert latitude and longitude into miles so I used a converter on the NOAA website. I know that the conversion rate for km/miles is 1k=.621371 miles.

(I will have to send you the centimeter conversion in a separate post because our IT department is taking our server down in a few minutes.)

Reflection Jan 28

How Many Miles is the Monster Lobe to Sitka School?


1mi = 5280ft
1ft=12in
1in=2.54cm
1mi=5280x12x2.54
1mi=160,934.4cm



January 28th Reflection



Sara L. (Distance from Monster Lobe to Aurora Elementary School, Anchorage, AK). 

Location of Monster Lobe: Latitude 67°49’ N
                                                  Longitude 149°49’ W

Location of Aurora Elementary School: Latitude 61° 14’ 11.25” N
                                                                        Longitude 149° 51’ 50.45” W



Distance in miles (calculated using Google Earth Ruler-Path Function) 455.83 miles
                                        
Distance in centimeters can be calculated using conversions:

455.83 miles/1 x 5,280ft/1 mile x 12 in./1 ft x 2.54 cm/1 in. = 73,358,727.52 centimeters

(Google Earth calculated centimeters to be: 73,359,283.12)

I am not certain if we are supposed to reflect on the class as well.  Either way I thought class was helpful last night.  Thank you for spending some time pointing out different math, engineering, science, and technology connections for the Round Island Discussion we began a few weeks ago.  I don’t feel that I always contribute much to the discussions because quite honestly I feel like I need to just do this more in order to understand better how to include each component of STEM in my lessons.  I appreciate that you are giving us some room to improve as we go along.  Thank you for guiding us through this process.  I feel a lot like Debbie does; she mentioned just not always knowing what to do.  I think as we progress through this class that feeling of “not-knowing” will become less prevalent. 
 

I used the link Colin provided for the location for the Monster Lobe in Google Maps and plugged in my school's address to  get the total number of miles from the Lobe to my school, Knik Elementary, 6380 Hollywood Ave, Wasilla, AK. Pretty glamorous! The Monster Lobe is going to Hollywood!


It's 610 miles from the Lobe to Knik. If we're converting to metric, might as well start with kilometers


1 mile = 1.609 km so the first conversion is  610 miles  * (1.609 km)/mile    This conversion yields 981.49 kilometers from Knik to the Lobe.  Then we convert kilometers into meters and then centimeters.  If I were being completely academically honest, I would mention the Google converter I'm using that could take me right down to centimeters in a nanosecond, but I think it's important to know that I could set this problem up for students and display that I've mastered the math concept of conversion so that I can pry my Master's degree from the gnarled hands of  the University next
 December.


981.49 km  * 1000 m/km  = 981,490 meters  Now on to centimeters  1m = 100 centimeters so to convert 981,490 km to cm looks like       981,490 m.* 100 cm/m = 9,8149,000 cm =  Ant Road Trip!!!

Week #2 Reflection - Lexie

Sorry that I am having to make a new post for my reflection, but it is the only way that I can get my "work" for the problem to show up.

While working on this problem, I realized that I had left my information about the Monster Lobe at school, so I had to search again.  According to what I found on the internet, it said that the Monster Lobe is 170 km south of Deadhorse and 65 km north of Coldfoot.  When I did my calculations, I found the distance from Juneau to both Deadhorse and Coldfoot.  I found two different answers and the difference between them was 25.83 km. 




Monday, January 27, 2014

Week 2: Reflection Assignment

Post response to class on blog by Tuesday at 5:00 pm
–Include your work and answer to this question:

How many miles is the monster lobe from your school in miles? In centimeters? (A picture of your handwritten work would do just as well.)

Lesson One - Patterns

STEM Lesson 1

Title - Creating Patterns
Date Taught - January 24
Number of Students - 2 (although my older children wanted in on it)
Skill/Concept addressed  by the lesson - Creating and labeling a pattern (abab, abbabb, abcabc, etc)  Also the ideas of burnable and not burnable.
AK Standards - Identify and continue patterns. 1.OA.9. Identify, continue and label patterns (e.g., aabb, abab). Create patterns using number, shape, size, rhythm or color.

Duration - 30 minutes
Goals/Objectives - Help students understand how to create their own pattern and understand what type of pattern it is.
Materials - Pencils, paper, iPads with Minecraft

Procedure

Review what a patter is.  Gave some examples of abab and abb patterns.  Then asked the students to give some examples of different types of patterns.  Started with abab patterns, then went to abbabb patterns.  Then I asked the students to create a pattern and identify what type of pattern it was.

The patterns given were:
red, blue, green, red, blue, green - correctly identified as abcabc.
square, triangle circle, circle, square, triangle, circle, circle - correctly identified as abccabcc.
boy, girl, boy, girl - correctly identified as abab
red, yellow, blue, green, orange, red, yellow, blue, green, orange - correctly identified as  abcde, abcde
and others

We then discussed things that can burn and things that do not burn.  I asked what are some things that burn.  The first answers were fire and gasoline.  Then I asked what types of materials burned - or could be set on fire.  I was then given a list of things like paper, wood, cotton, food.  I then asked what types of things did not burn, and was told - metal (although it could be melted), dirt, rock, glass.

Give the students the assignment.

Assignment:  Create something that represents a pattern.  The pattern has to have at least two items - ab - and contain at least one item that can burn and one item that does not burn.  They can do whatever kind of pattern they want and can use whatever material they want as long as they can correctly identify the pattern and why they used the items they did.


Documentation - 









Reflection - It was fun to watch these two boys be excited about being taught a math lesson after school because they knew they were going to get to do the assignment using Minecraft.  They gave great examples of patterns - and complex ones during the lesson part, but both decided to just go back to abab patterns for their “assignment”.  One boy has played a lot of Minecraft but decided to just use dirt and wood planks so that he did not have to make any tools.  The other boy has only played for a week and had not really ever built tools because he either plays on creative or with sisters or mom or dad - who make the tools for him.  He wanted cobblestone though, so he knew he needed to make tools and even a crafting table.  He just needed some direction on making them.  I showed him how to get into the crafting area and how to find things.  He made his table, then went looking for what he needed to build a pick ax.  He got the materials and then made a few of them, so he could collect cobblestone.  He was excited to know how to make tools all on his own now.  The boy that used the cobblestone also told me that in his steps, there was another pattern - each row had one less than the one below it.  (This may just be a future lesson - identifying number patterns)  They both correctly told me that their patterns were abab and explained why they used the materials they did.  Wood burns and dirt and rock don't burn.

They decided to work in two separate areas so they could each make sure their design was their own.  I thought that was funny.

I think the lesson went well.  I was a little disappointed that they both went with abab patterns, but they did a great job representing them, and had fun while doing so. I think they wanted to finish quickly so they could play with each other.

Sunday, January 26, 2014

Reflection on Lesson 1

I spent the first week stressing over Minecraft. I could never get it to work on my laptop. I haven't given up. I'm going to try using a mouse. I also have a couple of Minecrafter students who are going to join me next week.


After I found out our first lesson did not have to be Minecraft related I went with the survival on Round Island project. All in all I thought the first lesson went well. Last week was a short week at our school. We had only 3 instructional days with one of those being a testing day. So I had 2 1/2 days to prepare and implement a lesson. Students made a prioritized list of survival steps and then made models of one of their survival tools. Most went with a dwelling but one team went with a bow and arrow. I had several video interviews of students explaining their projects but none would load to YouTube or to this blog. All of the students had plans that were quite resourceful. They used material that simulated skin, sinew, salvaged wood, and other material they might find on the island. They all really enjoyed the lesson! If I'd had more time, I would have included more applied mathematics such as building models to scale or discussing trajectory with the bow and arrow team.

It has been challenging to try to understand what a STEM lesson entails and to identify all the elements since they often interconnect but I think I'm getting it.


Reflection on Lesson 1 Video (the only one that would upload)