Buzzketeers, it's a big problem.
A ginormous, hulking, frozen, messy problem.
See, here in St. Paul, we've had a very snowy winter. (As of today, it has been the seventh snowiest winter on record. And the snow season isn't over yet.) When the City plows the streets, they have to put the snow somewhere. And one of the places they put it is the parking lot of the St. Paul Saints Midway Stadium, on Energy Park Drive.
Courtesy Liza Pryor
The 550-spot parking lot is completely -- and I mean COMPLETELY -- covered with snow. It's 30, even 50, feet deep. And it goes from Energy Park Drive north to the train tracks, and from the stadium west to the end of the property. It's impressive, peeps.
Courtesy Liza Pryor
And here's the problem, friends: the St. Paul Saints season opener is May 8th. And there's no way all this snow is going to melt before then. Baseball needs its parking lot back.
So how can we get rid of the snow? Trucking it away isn't an option, and minimal use of fossil fuels is a good thing. Buzzers, it's time to go all Mythbusters here and submit your ideas. If you've got a good one, you might get to see it in action.
You know you want to know!
First, check out the Household Flux Calculator, and discover your flux score. With your curiosity piqued, keep going and find out how your household activities influence the cycles of carbon, nitrogen, and phosphorus.
Although households are known to influence the energy budgets of cities and countries, few studies have looked at their contribution to environmental pollution. The University's Twin Cities Household Ecosystem Project involves a survey of 3,100 urban and suburban households in Ramsey and Anoka counties and their household emissions. The study centers on a range of behaviors, including household energy use, food choices, vehicle use, air travel habits, pet ownership and lawn care practices. University scientists Lawrence Baker, Sarah Hobbie and Kristen Nelson will discuss the surprising results of this groundbreaking research.
And, yes, they'll answer the question, if you ask them nicely.
Households and Urban Pollution
Tuesday, January 18, 7 p.m. Doors open at 6 p.m.
Bryant-Lake Bowl, Minneapolis
Cost: $5-$12. Tickets available at the door and online at Bryant-Lake Bowl.
Call 612-825-8949 for reservations.
What a great way to while away a summer afternoon, sending giant bubbles wafting through the air. I like how some of the bubbles break down in stages. Very cool. Of course there is science behind how soap bubbles form which you can read here. Want to make your own giant bubbles? You could if your got yourself a Bubble Thing. I hope Science Buzz's Artifactor buys one. Last winter he posted a nifty video of bubbles freezing and bursting in sub-zero temperatures, and I'd like to see him do the same thing next winter with giant bubbles.
Back when BP was still trying the "top kill" method of slowing the flow of oil into the Gulf of Mexico, the news was full of references to "drilling mud."
This stuff is no ordinary mud. It helps a rig drill faster and keeps the equipment cool and lubricated, but it's got some wacky other properties. It's a non-Newtonian fluid. That means its viscosity changes as you apply stress. If you punch or hit a shear thickening non-Newtonian fluid, the atoms in the fluid rearrange themselves in such a way that the liquid acts like a solid. A shear thinning non-Newtonian fluid (like ketchup or toothpaste) behaves the opposite way, getting thinner and drippier under stress.
Still don't quite get it? Check this video:
When they're running--applying a stress whenever their feet strike the surface--the fluid acts like a solid and they can walk on top of it. But when he stands still....
The Mythbusters have played with this phenomenon, too:
So. Drilling mud behaves kind of the same way. Here's Bill Nye explaining it all on CNN. When the drilling mud passes through a narrow opening, under pressure, it locks up and acts more like a solid. The idea was that if BP could pump a water-based drilling mud into the ruined well head and get it to solidify, then they could slow the flow of oil enough that engineers could encase the whole thing in cement. It didn't work. That's because the oil and gas spewing out of the pipe are under tremendous pressure. BP engineers just couldn't pump enough mud in there to stop the oil.
But oobleck isn't. What's oobleck? It's a non-Newtonian fluid you can make and play with at home.
Instructables tells you how.
How much do you really know about the new H1N1 flu? CNN's testing your knowledge about the virus. Answer these 10 questions and see how you do.
Courtesy CDCImagine you're the director of the
Center for Disease Control, the US government’s top job for handling public health concerns.
Suddenly you’re faced with a new strain of flu, and must make a series of decisions over the course of a year on how to handle the outbreak. What will you do? Head on over to the Science Buzz swine flu feature and play the, "Swine flu: what would you do?" simulation. Test your decision-making ability to handling a possible flu crisis. See how your decisions compare with others who’ve tried this activity.
Not to freak y'all out, but did you know that germs are on everything you touch? Using a special powder called Glo Germ (get it here) you can actually see how germs spread from one thing to another. It will make you want to wash your hands more often. (And the CDC recommends washing your hands frequently. In fact, why don't you go wash up right now?)
Goal: to observe how germs are spread
Age level:: 3 and above
Activity time: 2 - 5 minutes
Prep time: 5 minutes
Encourage others to pick up and play with the objects. Ask them what they know about germs.
After the discussion, tell them that, as part of an experiment, you've put "pretend" germs on one or some of the objects they may have touched today. Switch on the UV lamp: what glows?
Reinforce the fat that the Glo Germ powder is just to simulate germs. It won't make you sick. You can get rid of the germs by washing your hands. In fact, encourage your audience to wash their hands and then hold them under the UV light again.
(On the other hand, remember that not all germs are bad. Exposure to some germs is thought to protect people against asthma and allergies or colitis, and overuse of antibacterial products leads to antibiotic resistance and superbugs as well as potential damage to the environment.)
For most of us, the first thing we think of when we hear the word "vacuum" is the common household appliance. However, that is not the only kind of "vacuum" that exists. To help expand "vacuums" beyond the common household definition, we, the Mentor Buzz team, have created a series of multimedia presentations on the word or theme of vacuums. As defined by the ever-venerable Wikipedia, a vacuum "is a volume of space that is essentially empty of matter, such that its gaseous pressure is much less than atmospheric pressure." A simpler definition of "vacuum" that we created is that a vacuum is a space that basically doesn't have air or has very little air in relation to how big the space or container is. Based on this definition, we split up into three groups and created three different projects that will hopefully explain some aspect of the science of vacuums: a video, a series of step-by-step experiments, and a game. Here is what we have created.
Hi, All. This is another video from the "Do This At Home" video MASTER!If you like this one, once again, www.youtube.com and search "science experiments to do at home". Well, adios!
Hi Guys! This is a really easy and fun science experiment to do at home. And yes, I tried it, and it's simple and amuzing!
If you want some more of this guys experiments, go to www.youtube.com and search "fun science experiments"
If you reconize his face, you'll see a WHOLE BUNCH of science videos! Well, for now, bye!