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Kinderpals Reflection!

5/22/2018

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  1. What is the KinderPals Program?
  2. In what ways do you think the program benefits the kindergartners? Try to explain several with support.
  3. Why is the KinderPals program beneficial to 5th graders? Believe it or not, you should be getting something out of the program as well!
  4. What challenges did you experience in KinderPals this year?
  5. What improvements could be made to the program for next year?
  6. Do you think the kindergartners enjoyed the stories from Peekapak? Why do you think that? Do you have any evidence to support your answer?
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 4. I had the challenge of trying to keep us on topic, but also making sure that we had fun. I had to get through the story and activities without doing it like I was checking things off a checklist, and keeping it going smoothly from thing to thing. I didn't want Kate to think I was all business. I tried to flow through the river of things to get done without too many waterfalls. I think that I did this pretty well, and I'll keep on improving too.
​
 6. I do think that Kate enjoyed the PeekaPak stories. I know this because we laughed about the faces, and what they did that was funny or "stupid." We both had fun reading and talking about it! If I were her, I think I would enjoy reading a book with an older kid, and chatting, and having fun in general. It was super fun!!!​
 1. The KinderPals program is something that older students or people use to help teach smaller students about essential virtues. Using the website www.peekapak.com helps a lot with teaching our buddies! If our they already know the virtue, we give them more examples of how to use it in their lives, and why it's important to use and notice! If they don't know the virtue we're teaching that time, we do our best to teach it to them in the simplest way possible.

 2. It helps them learn about what the right thing to do is. For example, today we are teaching our KinderPals about honesty, and we'll try to teach our KinderPals that lying is almost always bad. It's 'almost' because sometimes you lie for the safety of someone, like if there is a storm and the kindergartener wants to go out to explore, you could say, "The reason you can't go  outside is that it's bedtime." They might say, "but it's not bedtime yet!" and another lie for their safety would be "It is, it's 7:30," when it's only 7:00. If you hadn't lied to them, they might have gone out and gotten hurt, lost, or worse!

 3. The KinderPals program gives me the experience of teaching a younger student, and having fun with them. I got the fun and happiness of learning and playing with someone who was still learning. I'm glad I got to know what it feels like to teach, and I'm glad I know my buddy Kate! She laughed and learned with me, and I hope she had as much fun with me as I did with her.
​
​ 5. I think that there should be more time to play with and get to know our KinderPal, so that when we learn the lesson, we are more comfortable with each other, and it doesn't seem like the fourth or fifth grader is all business and learning all the time quite as much. If we got to know each other more, it would be easier to teach the kindergarteners because we would know each other better and be more comfortable talking to each other.
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Testing Plant Growth

5/14/2018

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Independent Variable

  • ​​Plant seeds in different kinds of soil (e.g. potting soil, perlite, sand, etc.)​

Dependent Variable

  • Measure the height of each plant at certain checkpoints.
  • _______________________

Evidence

  • We can record our data using measurements (in cm).
  • ________________________

Reflection/Synthesis:

  1. Name your Control Variables (What will stay the same for each of the three cups)?
  2. Name the Independent Variable (What is it that is different for each of the three cups)?
  3. Name your Dependent Variable (What is it that you are testing & recording data on?)
  4. What data are you collecting to serve as Evidence to show how plants grow in organic material versus inorganic planting material?
  5. Why is everyone starting with the same three cups? Why do we need to test so many plants?
  6. What sprouts first in a seed: the stem or the root?
  7. How do you know? How do the pictures below help explain your answer for #6?
  8. Why do you think it goes in that order?
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​Answers:

  1. The things that stayed the same for my group of three people planting in perlite were the amounts of water, sunlight and perlite (mostly. We can't be exact, but it was very close).
  2. The thing that will be different for each of the three cups is the size of the plants to start with, which will effect the size because they should grow about the same amount in the perlite.
  3. Our Dependent Variable was the size of each plant after a certain amount of time.
  4. We measured how big the plants were after a certain amount of time, and above we have it in a bar graph.
  5. We need to test three cups in case something goes wrong with the first or second cup. It might be that the plant was already dead and wouldn't grow, but we wouldn't have known if we only had the one cup. This way, if one is just a dud, we'll know instead of going, "Oh, the soil killed it."
  6. The root sprouts first in a seed. The seed wants water first, and then grows up towards the sun. The water probably gives the plant most of it's matter, while the sun gives it it's energy. It would need matter to get bigger, not the sun's energy. The seed also turns into a leaf eventually, and if the stem and leaf comes out first, they would push the seed up, and the roots would no longer be able to come out of the seed underground... whoops! The plant also needs to be anchored while the stem and leaves come out of the seed.
  7. I answered the first part of this question in answer six. In the first image, you can just barely see a tiny bit of green, which is probably the stem or a bit of leaf, and the thing that is coming out is bluish-whitish, and is the root. So, you can tell that the stem is still in the seed while the root peeks out and starts to look for water. In the second image, the root has grown a little bit more. in the third picture, I think that the leaves and stem are starting to come out of the seed, and in the fourth picture it looks like the leaves are out, and the seed is empty except for a green coating.
  8. I answered this question in answer six, too.
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Players in an Ecosystem

4/23/2018

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Reflect & Synthesize:

Answers:

  1. Choose one of your Food Chains that you created and explain how it works.
  2. Can a Food Web be considered a "system"? Why or why not?
  3. What happens if a plant or animal all of a sudden disappears from the food web?
  4. Using this food chain, "sunlight to apple to worm to bird to cat," How do organisms in this food chain get the matter they need for body repair and growth?
  5. Using the same food chain in #4, how do organisms in that food chain get the energy they need for body warmth and motion?
  6. What do you think happens to the matter that is NOT used by the organisms in a food chain or food web? Is it wasted or does something else happen?
  1. On the top food chain that I created above, the sun gives the grass energy, the cow eats the grass and gets the energy and matter from it, and then the human eats the cow and gets it's matter and energy. 
  2. Yes, kind of. The food web is a system to get everything the food and matter that it needs. If there were no web, and nothing ate anything, most things would be extinct, and the things that weren't, which would only be the producers, wouldn't have enough space and would be very overgrown.
  3. If a plant or animal suddenly disappeared, then the whole food web would be thrown off. something might not get food, a plant might not get spread around enough, or a top predator might disappear and there would be too many animals, which would mean that there might not be enough food for all of the smaller animals that would no longer be eaten.
  4. The organisms in that food chain would get the matter they need for body repair and growth because the apple grows and transforms something into it's own matter, the worm gets matter from the apple, the bird gets matter from the worm, and the cat gets matter from the bird.
  5. The organisms in that food chain get the energy they need for body warmth and motion because the apple gets energy from the sun, the worm gets energy from the apple, the bird gets energy from the worm, and the cat gets energy from the bird.
  6. I think that the matter that is not used by the organisms either gets turned into sound energy. Sound energy is not used, it just goes out and makes noise (sorry, I don't know how to explain it). The extra energy also probably goes out of their rear end if it's an animal, or is transferred to another animal when the first animal is eaten.
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Plants as Producers

4/19/2018

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Reflection/Synthesis:

Answers:

  1. Plants need energy and matter to grow. Where do plants get their ENERGY?
  2. Where do plants get their MATTER?
  3. Where do plants get their FOOD (be careful - this is a trick question)?
  4. Why are plants called Producers?
  5. What would happen if plants didn't have a way to get energy?
  6. What would happen to animals if there were no plants to eat?
  7. What are some of the LIVING components of a plant "system"? (A plant "system" is everything that a plant needs to survive and everything it produces.)
  8. What are some of the NON-LIVING components of a plant "system"?
  9. In what ways do the components of the system interact?
  10. What matter is transported in and out of the plant system?
 10.   Oxygen, a gas in the plant system, goes in and out out of plants, and so does Carbon Dioxide, another gas in the plant system. Water goes into a plant, and it's one of the ingredients that makes glucose, the sugar that plants use for energy and mass, or matter. Carbon Dioxide and a small amount of Oxygen also help make the sugar, and the sun's energy - but that's not matter.
  1. Plants get their energy from the sun, use most of it, and store some. The stored energy goes to the animals that eat the plants. If they die from disease, the bacteria that caused the disease get 
  2. Plants get their matter from the water, Oxygen and Carbon dioxide they get from the ground and air. They make these ingredients into a sugar called glucose, along with energy from the sun - but that's matter!
  3. Plants get their food from nowhere - they don't eat! They make a sugar called glucose out of the sun's energy, carbon dioxide, a tiny bit of Oxygen, and water (it has nutrients). 
  4. Plants are called Producers because they produce their own matter (not food). Unlike other organisms, they don't need to hunt eat.
  5. If plants didn't have a way to get energy, they would die. Every living organism needs energy to live, breath, work, etc. of anything didn't have a way to get energy, it/they would die.
  6. If there were no plants to eat, then the 1st consumers would have no food to eat and would start dying away. After a while they would all be gone, and the 2nd consumers would have nothing to eat, and so on, until almost nothing had anything to eat. I say "almost nothing" because there are some non-plant producers, and they could continue growing and getting eaten. Some plants use trees to grow on.
  7. Flowers need pollinators, grasses need to be grazed, some plants need other animals to move them around, lots of plants (roses in particular) need ladybugs to eat the aphids that eat them, and most plants need worms to aerate the soil. Worms also eat and pass dead leaves and compost that plants can use to grow, and as fertilizer. Another living part of the plant system is the plant it's self.
  8. Plants need the sun for energy, water for their sugar, and some plants use wind to spread their seeds instead of animals. They also need the soil to hold the water in the ground where they can reach it, carbon dioxide to make photosynthesis, and a little bit of Oxygen that they use. Some plants use walls or fences to grow on.
  9. The plants take the water from the soil, use the sun and the Carbon dioxide and Oxygen,  and grow in and on things. The bees get nectar, while also carrying pollen from plant to plant, which helps them reproduce. Ladybugs eat aphids, which are tiny bugs that eat plants. By eating them, the ladybugs feed themselves and save the plants - a win-win situation! Worms fertilize the soil by eating and pooping it. Cows, bunnies, and other grass-eating animals shorten grasses, which is good - it helps it grow.
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Food - Matter & Energy

4/16/2018

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On the human food label:
  1. How do we find the energy (calories) per serving?
  2. How do we find the matter (carbohydrates, fats, proteins, vitamins, minerals)?
  3. Where can we locate the list of ingredients?

On the pet food label:
  1. Where can we locate the list of ingredients?
  2. How do we find the percentage of different types of matter in the food?
Answer the following questions while analyzing the Nutrition Labels:
  1. As a result of looking at food labels, what did you learn about food?
  2. Look at the ingredients of one human food label. Write down the food name. What ingredients came from animals?
  3. What ingredients in the above food label came from plants?
  4. What similarities and differences did you notice between the human food and pet food labels you looked at?
  5. Choose an animal/insect from the ecosystem walk. What do you think it eats? Explain what you think it gets from its food.
On the human food label:
  1. First, you find the "amount per serving" category, and then you look right below it to "calories"
  2. You look in the "% Daily Value*" section
  3. Near the bottom, where it says "INGREDIENTS:"

On the pet food label:
  1. We can locate the list of ingredients at the top of the label, where it says "INGREDIENTS:"
  2. We can find the percentage of different types of matter in the food at the bottom, where it says
         "​GUARANTEED ANALYSIS:" 
Answers:
  1. I didn't learn anything about food from the labels. I did, however, learn about food from the lesson!
  2. The food I chose was tomato soup. The ingredients that came from animals are: there are no ingredients that came from animals.
  3. The ingredients that came from plants are: tomato puree and  wheat flour.
  4. The similarities I saw between the human food and pet food labels were: they both have lists of ingredients and they both have percents of things.
  5. My animal is a worm. It eats the soil, and gets nutrients from it. Then it poops it, and plants use the poop as fertilizer. It gets energy and matter from it's food (the soil).

Reflect & Synthesize:

  1. What does food provide to animals, including humans?
  2. Do the pet food and human food have the same nutrients? In what ways are they different?
  3. Does a higher calorie count mean a food is better for pets to eat? What makes pet owners think that?
  4. What is it in food that helps us repair our bodies and grow?
  5. What in food helps us move and stay warm?
  6. In what way does energy transfer when animals eat food?
  7. Look at the nutrition label above for milk. How much energy is in the food?
  8. What matter is in the food?

Answers:

  1. Food provides matter and energy to all animals. Animals get matter from the calories, and energy from nutrients and protein.
  2. No. From comparing the food labels, I found that the pet food label has 34% protein, while the human food label has 22% daily value protein. I don't know what the percent was of on the pet food label.
  3. No. A pet needs the right amount of calories, not the highest amount they can get. They can get fat too! Pet owners think that the higher the calorie count, the better the food for their pets because pets seem a lot more active than us, but that doesn't mean that they need a huge amount of calories to keep them sustained!
  4. The thing in food that helps us repair our bodies is the matter/fiber. These things repair and make our cells.
  5. .
  6. .
  7. .
  8. .
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Skills 21 - Superhero Rehabilitation Program

4/12/2018

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What Is An Ecosystem?

3/22/2018

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Lake Ecosystem INTERACTIONS

Within a system of living things
  • ​Ducks Eat Bugs and plants
  • Bugs eat plants
  • Plants filter out microscopic organisms
  • Ducks eat fishies (fish :)
  • Ducks talk to ducks
  • Ducks swim with ducks
  • Microscopic organisms eat plants
  • Microscopic organisms eat fish
Between Living and non-living things
  • Ducks breathe air
  • Plants breathe air
  • Ducks move water
  • Water moves plants
  • Duck drinks water
  • Bugs drink water
  • Plants get energy from the sun
  • Ducks fly through the air
  • plant uses water
  • Microscopic organisms drink water
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​Lake Ecosystem INTERACTIONS

Within a system of living things
​Between Living and non-living things
  • Fish eat fish
  • Fish talk to fish
  • Fish eat plants
  • Fish eats algae
  • Fish eat microscopic organisms
  • Fish swim with fish
  • Fish breathes air
  • Fish moves water
  • Fish drinks water
  • Algae uses dirt to grow
  • Algae uses sun to grow
  • Plant breathes air
  • Plant uses water
  • Water moves plants
  • Microscopic organisms drink water

Reflection/Synthesis Questions:

  1. What kinds of living things (organisms) do you see in both pictures?
  2. What other living things might be here, even if you can't see them in the photos?
  3. Why might living things in these photos interact with each other?
  4. Read the BIG IDEA below. How do these pictures depict an ecosystem?

  Answers:

  1. The living things (organisms) I see in both pictures is lake plants. There is nothing else I can see that they have in common, except for non living things.
  2. Other living things that might be here even if I can't see them in the photo are: Microscopic organisms, small fish, and hidden algae. You never know what could be in there!
  3. The living things in these photos might interact with each other because one (#1) might give another thing (#2) something that #2 needs, but #1 doesn't need. There is also that the power of a group in stronger than the power of a single.
  4. In picture #1, the ducks eat fish, plants filter out germs, some fish that might be there might eat algae, and more!
          In picture #2, the fish eats smaller fish and algae, the plants filter the water, snails eat the plants, and more!
I said 'and more' because I can't see all of the ecosystems! There are tons in that picture that none of us can see.
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​Reflect & Synthesize

Answers:

  1. What do living things get from their ecosystems?
  2. What evidence do you have to support your answer to Question 1?
  3. What does the term ecosystem mean, based on your experience in this lesson? (Don't use the definition from the BIG IDEA here. Put it into your own words.)
  4. Brainstorm at least one question you have about Ecosystems that you hope you learn from this unit.
  5. Look at the image below that shows a portion of a forest ecosystem. Name at least five components (living or non-living things) of the ecosystem that you can either observe directly or infer. 
  6. What are three (or more) interactions that might occur in this portion of the forest ecosystem?
  1. Living things get food (nutrition and mass), water, and shelter from their ecosystems. If they don't get that or stop getting that from their 
  2. They get shelter from a hole in the dirt, a plant, or really anything that will cover them and keep them warm. They get food because they can eat berries, or  or the grass, or even other animals in their ecosystem. My bunny eats my watch to keep her teeth the right length! My brother's crested gecko licks water off leaves, and other animals might drinks from puddles, creeks, rivers, lakes, or oceans!
  3. An Ecosystem is a system of living and non-living things in an area. There can be ecosystems almost anywhere. I said almost because you won't find an ecosystem floating around in space, or in the center of the Earth!
  4. I wonder if there can be an ecosystem without either a living organism or without a non-living organism.
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