6th Grade
Tech class happenings from the 6th grade, including STEM (Science, Technology, Engineering, Math).
Is this a game?
On my way to NASA’s Goddard Space Center and am blogging from an iPod Touch. The airport can be a boring place to be – but wait, someone put a free gaming system in the terminal…why would anyone do that? And why aren’t people lined up to play?
This motion controlled video game is actually a giant advertisement. I saw ads for Target, Marriott and Zerox within 30 seconds. The goal of the game is to have the dog from Target commercials deliver letters to homes, just as Zerox does for the company.
Is a game like this still fun? Does it make you more or less likely to use their products?
Click here to see a video of the advertising game in action.
Technology is…
A tool or machine created by instinct, experiment or planned design to improve life or do things easier.
- 6th grade class STEM2
Technology is…
An object or invention created conciously by animal or human, changing the nature of something to make work more efficient or simplify life.
- 6th grade class STEM1
Positive power of social networking
In an example of the positive power of social networking, some Billings students were among the 1.7+ million people who wore purple today in honor of the many people who have committed suicide in recent months because of homophobic abuse and bullying. A few student government officers spoke out against bullying at an all school meeting today, and shared a message of togetherness and community while providing examples of ways to treat each other respectfully while recognizing differences.
This worldwide event was put together by GLAAD, Facebook, MTV and other organizations and was spread primarily through a Facebook page and other social networking tools. Billings Middle School is a PACER partner for National Bullying Prevention Month and a large part of our technology curriculum centers around digital identity.
Computers of the Future
After reflecting about the changes that computers have undergone since ENIAC was introduced, 6th grade students spent a day looking at trends for the future. Devices seem to be getting smaller, but there is a point where our current input and output systems are difficult to use, size-wise. Some keyboards are already too small for hands to type comfortably, and some screens are small enough that users sit hunched over to read the tiny writing.
Students used Microsoft Paint and Word to create computers of the future, taking into consideration portability and function. Here are a couple of standout examples:

Rachel designed a wearable, translucent computer

Rory's computer is a desk, and the desk is a computer
STEM: Wheel & Axle
Our study of simple machines continued this week with a couple of experiments examining the wheel involved in a wheel and axle.
Vocabulary terms this week were circumference, diameter and radius. We completed measurements and made educated guesses about the relationship of radius and circumference, as well as of circumference and distance traveled per rotation. To see concepts in action, we went over to our middle school community friends at Nothwest CrossFit – where they have a giant tire that looks like it came off a fire truck or monster truck. Their tire has a circumference of 14 feet! Which definitely illustrated the ideas we discussed.
Our final exercise consisted of estimating how many tire rotations Tom’s bike would go through to get from the CrossFit gym back to school. Guesses ranged from 70 up to 250. As we walked, students altered their hypothesis in light of information gathered. Official answer: 204 rotations! Knowing that Tom’s tire was 6′ 9″, that means we walked 1377 feet.
But can this room make phone calls?
Jac is still out of town with the 7th grade, but the 6th grade continues to learn about computers by using another technology – books! 6th graders used encyclopedias and dictionaries from 1938 to 2006 to define “computer” and “internet.” They had to find copyright dates so that they could make accurate judgments as to the invention of modern definitions and use throughout time.
The discussion turned to ENIAC, the first general purpose super-computer developed at the University of Pennsylvania in 1943 with help from the U.S. Government. Students went down to Green Lake with a tape measure to plot out the size of this early monstrosity (40′ by 40′ packed up, 100′ by 50′ unwrapped). They talked about the power of this early computer as compared to common devices such as an iPod or cell phone.

STEM: Inclined Planes in the Wild
6th grade students, cameras in hand, went in search of inclined planes on Friday as part of our STEM celebration of simple machines, some results are shown below. We also took some time to compare time trials from last week’s matchbox car races and graph the data. Our results didn’t quite match our hypothesis, but there are a number of variables that got in the way of perfect data – the human factor had an impact on the stopwatch, angle support and the dropping of the car.
What’s in a (pass)W0rd?
As is becoming tradition this time each year, 6th grade students heard the story of Linkin Park’s Chester Bennington and his poor password choice that caused him a full year of grief, confusion, fear and a detective that ends up in a nuclear power plant (please note: the Wired.com article contains direct quotes with strong language).
Determined to avoid such a fate when they become world-renowned for their talents, students spent a few minutes coming up with ideas of how to keep passwords safe and protected:
- Don’t share your password with ANYONE (except your parents)
- Don’t use a word that is in the dictionary – try a phrase or make up a word instead
- Use UPPER and lowercase letters, numb6er5 and $ymbols
We did some teamwork to encrypt some simple words: butterfly became 6uTTerF!y?, hacker became H@c1<eR, snowboard became $n0w80@rd. Once we were sure we were safe, the 6th grade logged onto our new Windows 7 machines for the first time and set intelligent passwords!
STEM: Ramping up the year!
6th grade students spent Friday deepening their understanding of inclined planes, one of the simple machines introduced last class. We jumped into two experiments that illustrated an inclined plane’s effect on speed, distance, time and effort.
Experiment #1: Wall v. Ramp!
Students had two backpacks loaded with books and were asked to raise them 8 feet and 3 inches. The first attempt required lifting the bag straight up a wall from the roof of the school! Though the bag didn’t have far to travel, it was really difficult to lift and required 3-4 students to manage the job. The second attempt involved using the ramp from the teacher lounge to the art studio. Students calculated the ramp to be 33 ft long, raising the bag 8’3″ vertically. Students computed the angle of the ramp to be approximately 13 degrees using a giant protractor. The ramp was much easier to pull books up, but there was more distance required.
Experiment #2: Race Cars!
Students used a lunch table, stop watch and protractor to capture the amount of time required for a matchbox car to travel from one end of a ramp to the other. They recorded 3 trials each for angles of 10 degrees, 20, degrees, 30 degrees, etc all the way up to 90 degrees. After isolating the median speed for each angle, we noted a correlation that was consistent with our initial hypothesis: the steeper the angle, the faster the car went and the less time it took for the car to reach the bottom.








































