The Earth and Moon

In our night sky, there is one celestial body that is easy spot – the moon. Like a large, natural satellite, the moon orbits around our Earth and is brighter than any regular nighttime cosmic object. So what is the difference between our Earth and the moon? Here are some characteristics that distinguish these differences along with some similarities that you can share with your Cadets at home.

Photo by Blatant World

Photo by Blatant World

The first major difference is our atmosphere here on Earth. It holds in the essential gasses we need to breath and helps to distribute thermal energy so that our planet does not get too hot or too cold. It is an important part of what makes Earth livable. The moon has a very thin atmosphere, which causes wild temperatures. On the moon during the day it can exceed 200°F and can drop to as low as -280°F at night! That’s too hot and too cold for any human, plant or animal from Earth to live comfortably.

Gazing at the moon in the night sky, it is hard to tell how big it really is. It is actually only a little over a quarter the size of our Earth, which is smaller than all of the planets in our solar system, with the exception of the dwarf planet, Pluto. But, compared to its counterpart during the day, why does the moon seem about the same size as the sun? Not only is the moon 400 times smaller, but also it is also 400 times closer to the Earth than the sun is! This explains why they look similar in size in our sky.

Believe it or not, the moon wasn’t always a fixture that orbited the Earth. So how did it get there? Scientists believe that the moon was formed from a huge collision that blasted a chunk off of the Earth. The debris was caught in orbit and eventually formed the moon.
It is true that the moon brightens up our night sky, but that is not the only thing it helps Earth with. Acting along with the sun, the moon’s gravitational forces are responsible for our ocean’s high and low tides.

The Earth and the moon are very different in size, atmosphere, temperature, and even terrain. The Earth is a unique planet that supports life and the moon helps the Earth support that life. So although very different, the moon serves a beneficial purpose as it orbits the Earth.

Crew Tournament: Prepare for Take-Off!

Are you ready to stand with your fellow Cadets or have you already taken the initiative to join a Crew or create one of your very own? Our first ever Crew Tournament is flying into Math Blaster! Max and the team are hosting a 4-round, bracket style tournament with a high stake prize on the line - a never before seen HyperCycle for you to use while racing through the tunnels in HyperBlast!

MB-tournament-brackets

It’s time to start sharpening your math skills because when it comes to out-of-this-world competition, what matters most is your accuracy and determination to come out on top! Here’s how this galactic mission will be broken down -

  • Location: Math Blaster’s Math Academy
  • Your Mission: Join or create a Crew to begin earning as many Trophies as
    possible in the Math Academy. Remember, the more you learn,
    the more you’ll earn! After all, this is the area of the Space Station where you will earn trophies for completing in action packed learning games.
  • How it works: For each weekly round of the tournament, your Crew will go head to head against another group of Blasters to determine who will advance to the following round with the exception of the first week, which is considered pool play. In the first round, your Crew will be competing against groups of Blasters from your assigned division. From round to round, we will be determining the top Crews to advance as you face off against 1 other Crew until we are down to our top 2 Crews, who will battle it out in the final round of competition! Remember, only Trophies earned during a specific round of play will count toward your tournament standing. If you advance to the next round your scores will be erased and you and the Crew that you face off with next will both start at the same Trophy average of 0.To determine scores, at the end of each weekly round of play, Max and the team will be averaging out the number of Trophies that your Crew has earned by the number of members that are part of your Crew. Your score will ultimately determine if you are able to advance to the next round until we are down to our top 2 Crews who will battle it out in the last week of competition to claim the title as our first ever Math Blaster Crew Tournament Champions and bring home a never before seen HyperCycle.

    Remember, each week of competition will be active starting at 2PM PST - 12 Noon PST, the following Monday. Also, to keep things fair, each Crew’s Trophy count will be brought back to “0” at the start of each round.

  • Schedule: 4 rounds of competition, lasting from 03/03 - 03/30
    03/03-03/09: First Round Pool Play
    03/10-03/16: Second Round – Top 8 Crews
    03/17-03/23: Semi-Finals – Top 4 Crews
    03/24-03/30: Finals – Top 2 Crews
    03/31: Winning Crew Announced

From top scores and achievements to an increase in rank and a few newly earned merits, there are so many ways for Blaster Cadets like you to show off their individual strengths while training in the I.S.P.! But, now is the time to prove your ability to work as part of a larger team! Start gathering your fellow Cadets for our upcoming tournament, today!

Counting Whales from Space

Who knew there are high tech gadgets to help us count whales? Scientists created a new, high resolution satellite technology to not only just count the number of whales, but to estimate their population size.

Photo by Isaac Kohane

Photo by Isaac Kohane

It has always been extremely difficult and costly to estimate whale population size of marine mammals. This new method is revolutionary in the sense that it is much more accurate and it can cover larger areas at the same time, which is very beneficial for conservation efforts to protect the whale species.

This technique has a 89% chance of identifying probable whales in space. This semi automated method however, still need some manual input to give the most accurate results. Future satellite platforms will provide even higher quality imagery.

Nothing but Red Skies

A red sky in our atmosphere here on Earth is a beautiful sight at sunrise or sunset and it is also indicative of the weather changing. But on other planets and stars, a red sky may not seem as glamorous or simple. An example of a strange celestial body, called a brown dwarf, with unusually red skies was discovered recently by a team of astronomers.

Photo by JanetR3

Brown dwarfs are actually not planets or stars. They fall in a category in between the two because they are too big to be called planets, but they do not possess the right properties to fully transform into stars either. A Brown dwarf’s size is in between a star, like the Sun, and a big planet, like Jupiter. Sometimes they can be referred to as “failed stars” since they lack the energy source a star has making them cold and not as visible in our night skies.

A particular brown dwarf caught the eye of astronomers recently because of its very red appearance in comparison to others. Using the Very Large Telescope (VLT) located in Chile, astronomers were able to observe this peculiar sight. They found that a thick layer of clouds in the brown dwarf’s atmosphere was causing it to look red. But these clouds aren’t the same as the ones we are used to here on Earth—these clouds are made mostly of mineral dust and the size of these dust grains are what makes the brown dwarf appear red.

The Astronomers found that the brown dwarf’s atmosphere is very hot and extreme, containing gases not suitable for us here on Earth to breath. Not only is the brown dwarf too hot for us to survive there, but it also has very large particles that dominate its atmosphere. Ouch!

Observing these celestial bodies, along with other planets and stars, will give us great insight as to how these extreme atmospheres work. Scientists can also better understand the range of the many atmospheres that can exist in our galaxy.

New Ability Discovered in Dogs

Did you know that men’s best friend has capabilities beyond affectionate licking and compulsive tackling of their owners? New research has shown that dogs are able to sense the irregular and tiny changes in Earth’s magnetic field, indicating that they prefer a body-alignment along the magnetic north-south axis.

Photo by Tom Godber

Photo by Tom Godber

Although there doesn’t seem to be a prominent usage for this kind of orientation ability, this new discovery does help to explain why most dogs are good at navigation, meaning they excel at recognizing and remembering routes. Research revolving the magnetic sensibility of animals is limited. Therefore, this new piece of evidence does shed light on future projects.

Plants Evolved to Survive Cold Weather

Have you ever wondered why some trees lose their leaves in the winter? It’s actually how these trees cope with the cold weather. But what about other plants that seem to disappear during the chilly winter months? Scientists have learned that plants have evolved in different ways to deal with frosty temperatures.

Photo by Jason Hollinger

Fossil evidence and records of past climate conditions tip-off that early flowering plants grew in warm tropical regions. As plants continued to grow and spread to different areas, they eventually reached higher elevations where temperatures were cooler. With the cold came challenges for survival so plants evolved in ways to combat the wintry weather.

Plants can’t move to escape the cold and they can’t make heat like humans do to keep warm. But it’s not really the cold that’s the biggest threat to plants—it’s the ice. Freezing and thawing can create air bubbles that can block their internal water flow. So plants that live in colder climates need to protect themselves from the ice.

Photo by muffinn

Here are some ways that plants have evolved to cope with the cold:

Oak trees evolved to avoid freezing by shutting off its water flow from the roots to its leaves. This is why oak trees lose their leaves during the winter chill. When the warmer weather returns, the flow of water is turned back on and new leaves grow.

Birch trees grow with narrow water transport system which is less prone to blockage during freezing temperatures.

Other plants have the ability to die and come back when the weather becomes warmer. They re-sprout from their roots or grow as new plants from seeds when the weather is right.

New Development in Robotic Technology

It seems that researchers in the scientific field of robotic technology have cracked another difficulty. A new type of robotic arm created by SINTEF, the largest independent research organization in Scandinavia, is now believed to be the solution to make commercial production lines more labor and cost effective.

Photo By: Steve Jurvetson

Photo By: Steve Jurvetson

These new types of robots are equipped with a gripper tool and 3D vision, which allows it to pick up objects in different positions in consistent intervals. Why does this matter so much? Over the years, researchers have tried numerous methods to mimic the action of “bin-picking”, which is the motion of picking an object up and placing it down. With the new advancement, the robots are able to pick up a castor and place is into a box effortlessly. With the implementation of this new technique, it can relief the challenges human beings may face in the production environment. Ultimately, this new development will influence the industrial production line positively.

The researchers will continue to invest in the project in hope of creating a prototype that can bring more convenience to our lives.

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