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Fun Science Pages

Fun Science Pages

Last week, we had some great fun putting together some models of Mars Landers. We were talking about how scientists use models to help study things that are way too big to study up close. For examples, planets are too huge and far away to study up close, so we use models to help learn about how they work. Afterwards we made some Mars Landers as models and launched them from up in the High School lobby. It was great fun. You can see the pictures below.

I have also included a copy of the model. If you want to make another one, just print out a copy and make your own. I would suggest you print it on heavy paper so that it is not as floppy.
elem_lander

Eye Spy With My Little Eyes . . .

Eye Spy With My Little Eyes . . .

Hey everyone!!!

Recently, we have been looking at the properties of Oobleck. Do you remember what properties are? We can find the properties of objects around us by using our 5 senses; what we see, feel, hear, smell and taste.  So,

Properties are the things or words we use to describe different objects so we can tell them apart.

We played with and investigated the properties of Oobleck to help us understand what made Oobleck different from other substances like water or play-do. You had some wonderful properties you discovered as you worked with the Oobleck.

I also had told you that Scientists themselves did not understand why Oobleck had such strange properties but they are working very hard to find out more just like we are!!!! However, the big announcement was that Oobleck was actually a combination of cornstarch, water and green food colouring. You can actually make your own.

1. Mix two parts cornstarch with 1 part water. Get your parents to help you with the measurements. You may have to add more of each to get it perfect. You need to have more cornstarch than water though.
2. Add a couple of drops of food colouring.
3. Play and have fun.

Here is a video showing what Oobleck does when you put it on top of a very loud speaker!!! What do you notice? Would water do this is you did the same thing? Why don’t you try it and find out?

Yesterday was a blast! Literally! To end off our look at Oobleck we took alook at Mars. Now you may be asking what does Mars have to do with Oobleck? Well, that would be a good question!! We talked about Mars because the scientists who created the Mars Rover had to go through the same process to create the Mars Rover that the students did to create their Oobleck Machines.

In the first part of our Oobleck unit, the students had to think about Oobleck, play with it, explore, discover, experiment, test, observe and use their senses. Scientists had to do the same thing. They had no idea what Mars was like and yet had to use what they had (pictures, etc) to come up with a machine that could withstand anything that might happen.

The scientists held a convention to share their ideas, discuss, argue, put ideas together and listen to each other. The students had to do the same thing to create their rules for Oobleck. Finally, both the scientists and students had to use all their observations and ideas to create and design a machine they thought would be able to function on Mars or Oobleck. We had an amazing time discussing and sharing ideas and pictures.

I also showed the students an awesome video showing the Mars Rover leaving Earth and landing on Mars and all the things the Mars Rover had to do in order to land safely and function properly on Mars once it got there. Here is the video:

Being A Scientist

Being A Scientist

What a busy day!!!

Today in science we ended off our look at Oobleck with at look at Mars. Now you may be asking what does Mars have to do with Oobleck? Well, that would be a good question!! We talked about Mars because the scientists who created the Mars Rover had to go through the same process to create the Mars Rover that the students did to create their Oobleck Machines.

In the first part of our Oobleck unit, the students had to think about Oobleck, play with it, explore, discover, experiment, test, observe and use their senses. Scientists had to do the same thing. They had no idea what Mars was like and yet had to use what they had (pictures, etc) to come up with a machine that could withstand anything that might happen.

The scientists held a convention to share their ideas, discuss, argue, put ideas together and listen to each other. The students had to do the same thing to create their rules for Oobleck. Finally, both the scientists and students had to use all their observations and ideas to create and design a machine they thought would be able to function on Mars or Oobleck. We had an amazing time discussing and sharing ideas and pictures.

I also showed the students an awesome video showing the Mars Rover leaving Earth and landing on Mars and all the things the Mars Rover had to do in order to land safely and function properly on Mars once it got there. Here is the video:

2 Weeks Left!

2 Weeks Left!

Devotion:

Wise warriors are mightier than strong ones, and those who have knowledge than those who have strength. (Psalm 24:5)

__________________________________________________________

Well, here we are. The final two weeks. It was a busy week here in 3B with students rushing to get everything done. Our Recess Club was a rousing success once again with students getting alot of work done. Every Friday, when we look back for our Home Letters, it is amazing the number of things that we do in a week. Science has been a favorite this week with the students taking a tour of the universe and looking at the various sizes of objects in space. There were many things that i learned as well which is always great. The one thing I learned was that the term solar system comes from the other name for the Sun, which is “Sol”. So a solar system is the movement of objects (system) around the Sun (Sol). Ergo, the Solar System!

We also got a reply from the Scientists to the questions we asked about the Polar Lander and Mars. We were very impressed with the Scientists as they replied to all our questions almost right away! Here are the questions again followed by the answers:

1) If there was water on Mars,  where did it go?

2)What is the smallest part of the Mars Phoenix Lander?

3)Why does the Mars Phoenix just have to let go of the parachute?

4) Does it snow on Mars?

5)Why did you use rockets instead of the air bags you used on the Mars Rovers?

6) Why does Mars have ice?

7) How much does the Mars Lander weigh?

8) Is Mars hot or cold?

9) Why do you need space suits on Mars?

10)Why do you only send robots to Mars?

11) Why does mars have ice on the top, Is it like Earth with a North Pole?

12) When did they first know about Mars?

13) Does it rain on Mars?

14) If mars has an atmosphere, why does it have so many craters?

15) How far away is Mars to the nearest galaxy?

16) How are the Mars Rovers and phoenix doing?

17)Do the gadgets on the Phoenix run on gas or sunlight? Why?

18) How much does the Phoenix cost?

19)Is Mars a deadly planet for humans?

20) How long does it take to get to Mars from Earth?

21) How long could the polar lander last?

22) What do you think happened to the Lander that disappeared?

23) Why can’t we go on Mars if we can go on the Moon?

Answers to your questions:

1) We think that the water is now in a few places:  water frozen in the polar caps, subsurface ice in the permafrost (that Phoenix will study), and there may be liquid water deep in the underground. 2) There are lots of small bolts and screws and springs all over the spacecraft.  Among scientific instruments, one is the telltale wind sensor,which is a small weight that dangles in the wind.  3)We didn’t want the parachute to land on top of the spacecraft, so it is jettisoned earlier so it would land farther away.  4)In the winter carbon dioxide snow blankets the ground.  5) The Phoenix spacecraft is too big to use airbags.  6)  Mars is very cold, about -90F, so any water would be frozen ice.  7)The total weight of the Phoenix lander is 772 pounds (350 kg).  8)Mars is cold. 9) Because the atmosphere is very thin and does not have the oxygen that we need to breathe, and it is so cold that we would need spacesuits to keep us warm. 10) It is much easier to send a robot than a pers  on to Mars, but eventually we will send people.  11)Yes, Mars has polar caps very much like the Earth.  Poles receive less sunlight than the equator and therefore are much colder.  12)In 1609, Mars was viewed by Galileo who was the first to view Mars through a telescope.  In 1877 Schiaparelli was the first to produce a detailed map of Mars by looking at it through a telescope.  13)It is too cold to rain on Mars, but it does snow.  14) The atmosphere on Mars is much thinner than the atmosphere on Earth, so more meteorites hit the surface.  15) Earth and Mars are both in the Milky Way galaxy.  16)  They are doing very well and sending lots of pictures and scientific data back to Earth.  17)They run on sunlight using two circular solar panels.  This is the easiest way to provide power to scientific instruments on Mars.  18) The U.S. investment was $420 million, and the Canadian Space Agency invested $37 million for the meteorlogical station.  19)If you don’t have a spacesuit, t  here is no oxygen to breathe, so it would be deadly.  20) Phoenix took about 9 1/2 months to get to Mars.  21)It is designed to last for at least 90 days and could last longer, but eventually as winter on Mars sets in, the lander will be in darkness and will not have power to remain operational.  22) For the previous polar lander, engineers think that there was a failure in the landing system, and it crashed.  23) It is much more difficult to get to Mars than it is to go to the Moon, because of the amount of time humans would need to spend in space (a round trip to Mars would take over two years).

Thank you for your questions! We appreciate your interest in the Phoenix Mars Mission!

Here is another tip for making sure your child is safe on the Internet. You can check to see what websites your child has been on by reviewing their “history” files. For example, open Internet Explorer and click on the toolbar button at the top of the page for history files (looks like a clock) or select the History option in the menu selections at the top of the window for Firefox. In newer versions of Internet Explorer, simply click, tools> toolbars>History. To adjust the number of days that Internet Explorer keeps the history, go to the tools button, select internet options and then the general tab. At the bottom is the history section.

The history will show you where people using the computer have gone over a period of time. You can click on the pages to be shown what the page looks like right from the history menu. If you keep going to that area and it is consistently empty of sites, someone could possibly be erasing them. If there are items in the list you can quickly click through the items to check to make sure there no sites that are inappropriate that your children are viewing.

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