Capacity Relay Race

Split kids up into 2 teams. Give each team a bucket of water and a sponge. Across from each team set up different sized containers (cup, liter, gallon -also can include- pint, quart, half gallon) in a line. Kids within a team take turns racing to fill a gallon of water! 

First, they must fill up their cup by dipping the sponge into the bucket of water and squeezing the water out into the cup. Once the cup is filled, they dump it into the next item. The item won't be filled after a single cup. So, the next team member races to fill up another cup. Once the bottle is filled, they write down how many cups it took to fill the bottle. 

Then, they dump it into the next sized container. The water won't fill up the container. They have to start racing to fill up a cup again and figure out how many cups will fill up this container. 

The winner is the first team to fill up the last, largest container and have the correct answers written down (how many cups are in each container)!

Sand Art Math

Integrate math, art, and science by creating sand art!

Math

Have kids figure out the fraction of each color they use in their sand art (bottle or paper)

Capacity - Kids measure the sand they pour in the bottle

Science 

Rocks/Minerals Unit, rocks broken down equals sand!

For more fun with sand, check out the sand castle experiment!

Mysterious Books?!?

To get kids to try reading a book outside of their norm, have them go on a "blind date with a book!" Wrap books up in newspaper so the cover is concealed. They choose one of the wrapped books and rate it after the first three pages. Then, they continue to read and see if they change their mind. Click here for the printable (above) to go along with the activity!

Lava in a Cup

First, add 3 inches of water to a cup. Next, pour 1/3 cup oil on top. Then, squirt 1 drop of food coloring. What happened?! The food coloring drop will sit on top of the oil. Grab a salt shaker and start sprinkling to get a reaction! Magically, "lava" will drizzle down and fill the cup! Watch closely and blobs will appear and shoot up to the top of the glass (salt dissolves and heads back to the surface). For the scientific explanation, check out Exploratorium Salt Volcano! For more blob activity pour a tsp of salt in (Science Bob).

Race to 100

Race to 100 is inspired by the game Poison! Race to 100 from Love 2 Learn 2 Day! Kids get a 100 grid. Ones and tens pieces remain in between the 2 players. Kids take turns rolling 2 dice, the special place value die and a regular die. The regular die determines how many ones or tens they get. For example, a kid might roll a 3 and the place value die lands on tens. The player takes 3 tens and covers his board. If the place value die lands on lose turn, the player loses his turn! :( If it lands on start over, the player must clear his board and start over! :( The goal is to be the first to cover the 100 board! Players can't go over or be slightly under 100. They have to make exactly 100!

You can print the die and 100 grid here. For the ones and tens, print extra copies of the 100 grid and cut apart to create the playing pieces. For a colorful game, print on different colors of cardstock paper.

Thaumatropes

Integrate art, math, science, as well as history by constructing a thaumatrope! Kids use their measuring skills and imagination to create a paper animation! "Thaumatropes are optical illusions that operate by switching between two images so rapidly that the images appear as one." - Molecular Expressions. Video by EllieBTECMedia

How to incorporate in your classroom:

Geometry - Have kids figure out the area of their circle or rectangle, as well as circumference and perimeter. You could also have them try making different shapes for their thaumatrope besides the basic circle, rectangle, or square.

Science - Create thaumatropes that go along with your unit (ex: weather: lightning and dark skies on one side and clear skies with puffy white clouds on the other). Also, states of matter: ice cube melting. They could also do a volcano erupting or a butterfly emerging from a chrysalis. Kids can get super creative with the project!

History - Check it out here!

Four different ways to construct a thaumatrope! All you need is cardstock, a hole puncher, glue/tape and one of the materials below. You can draw, use photos, or write messages to create your optical illusion!

Rubber Band (you need 2)

Wooden Skewer

Straw

String

Spiky Crystals

Grow crystals in your fridge with epsom salt and hot water!
Chemistry crystals (featured above) - Instructables
Cup of Quick Crystal Needles - About.com

You can also explore evaporation by growing crystals outdoors! Check out Exploratorium's Spiky Sun Crystals!

To incorporate this into a fossil unit, grow crystals on a sponge to investigate permineralization, visit Layers of Learning!

Color UN-mixing

Awesome experiment from the Surfing Scientist! Kids investigate laminar flow: liquid flowing in parallel layers. They rotate a cylinder glass, watching colors mix and un-mix right before their eyes!

Cubes and Color

How does color affect how fast an ice cube will melt?! Investigate the heat absorbing capacity of different colors by placing ice cubes on various colors of construction paper (make sure you include black and white). Do certain colors reflect or absorb more light? Lay the paper and cubes in a super sunny spot. Then, make a prediction, create a list of what cubes you think will melt the fastest. Have kids write the color names in a column, starting with the color they think will make the ice cube melt the fastest and ending with the color they think will melt the ice cube the slowest. Create a graph of the kids' predictions. 

Green Planet suggests a twist on the experiment. Kids test colored cubes on white paper. They use food coloring to create different colors. For a white cube they add milk. To create a black cube they add cola. They place one colored cube on each piece of white paper. Which cube will melt the fastest?!

Solar Energy Balloon Blow Up!

Explore the power of the sun's heat by blowing up a balloon on a bottle! Kids paint one soda bottle white and the other black. Once dry, they attach a small balloon to the necks of their bottles. Then, they put the bottles out in the sun for a solar reaction!

Kids see that the air in the black bottle will make the balloon expand! The white bottle doesn't heat up as fast. Check out the experiment here!

Art in Numbers: Multiplication Patterns

Practice your multiplication tables by creating grid paper designs from Sharynideas! Kids identify patterns in their multiplication tables. When they identify a repeating pattern, they create art! Check out the activity here! Also, visit NRich Math for a slightly different way to create designs from your times tables!

Fraction Color Spinner

Integrate math, art, and science by creating a colorful spinning toy! Kids trace a circle (at least 6 inch diameter) on poster board (or cardstock) and divide it into six equal parts. Then, they color it in, using any colors they'd like! Once it's colored, an adult punches two holes in the center of the circle. Kids measure out a 3 foot piece of string or yarn and lace it through their circle. Move the circle towards the center of the yarn (keep the one side of the string in a loop - don't pull the string all the way through). Next, tie a knot on the other side so it has a loop. Then, twist the string up by flipping the circle round and round. Pull the string outward and let it unravel. Watch it spin and the colors mix!

Kid Meteorologist

Become a weather watcher by making your own weather instruments!

Rain Gauge - Measure rainfall - Jameson's Lab

Visit Scholastic for a printable to go along with your rain gauge!

Wind Vane - Measure wind direction - Weather Studies

Anemometer (paper cup) - Measure wind speed - Instructables

Anemometer (different design) - Science Fair Projects

Barometer - Measure atmospheric pressure - HowCast

Balloon Barometer - Sci-Experiments and Zoom (simple version)

Thermometer - Check the temp! - JumpStart

A variety of weather experiment videos - DIY: Meteorologist

Matchbox Magnetism

Integrate science and math with matchbox magnetism! Tape a magnet on a matchbox car and measure the distance you can get it to roll, while learning about magnetic poles! Once kids get the hang of it, have a magnetic matchbox drag racing competition! Kids create a racetrack and race each other, controlling their vehicles with a magnet!

Pasta Rock

Kids take whole and broken pieces of pasta (1/2 cup) and mix it with 2 tbsp of water in a cup. They dump out the water. Then, they add 2 tbsp of glue to the wet pasta (sand - optional). They stir it around, pour it on wax paper (let it dry), and create coquina! "Coquina is a sedimentary rock (limestone) that’s formed when seawater minerals cement seashells and sand together." - Education.com. Check out the full activity here!

coquina rock image via Geology.Yoo7

One Inch Tall

Read the poem "One Inch Tall" from Where the Sidewalk Ends by Shel Silverstein. Then pass out the "one inch tall rulers" and try to find something that measures an inch! What could you do around the classroom if you were only one inch tall? Kids use the ruler as a guide. What could they do if they were 2, 3, 4 or 5 inches tall?!

click here to download rulers / poem: https://drive.google.com/file/d/1qSPrJkXWCb6xklDscLOnEbE2FHH4Sim-/view?usp=sharing

Root Beer Float Science

Investigate the 3 states of matter with a tasty treat! Click here for the printable.
(Kids draw the ice cream, root beer, and foam in the mug. Then, they label: solid, liquid, or gas)

Solar Water

Investigate renewable energy, while exploring the water cycle, with this fun experiment from Agoosa! Kids magically turn salt water into fresh water with the help of solar energy!

how to:
Pour 2 cups of water into a large bowl.
Mix 3 tsp of salt into the water. Taste the water, it's super salty!
Place a small empty bowl or cup inside of the larger bowl. 
Cover with plastic wrap and place outside in the sun.
Either place a rock on top of the bowl or secure the wrap with a rubber band (to keep plastic wrap tightly secured on the bowl).
Keep the bowl outside for 1 to 3 days (until you get enough purified water into your small bowl to taste).
Compare the water in the larger bowl to the water in the smaller bowl. Do you taste the difference?!

what's happening?!
The sun's rays will heat the water, causing it to evaporate!
Salt is too heavy to evaporate; so, it stays in the larger bowl.
Condensation will occur, creating water droplets on the plastic wrap.
Gravity makes the large droplets drip into the "collection container" (your small bowl) - creating fresh water!

Snail Measuring

This project is inspired by "curled paper snails" from the book Sunset Kid's Crafts - 1973.

Kids cut 1 inch width strips of construction paper. 

Then, they trim their strips different lengths:

Body - 7 inches

Shell (4 rings): 12, 10, 8, and 6 inches

Kids roll their paper strips to create a shell. They roll a head on their 7 inch strip. Then, they cut tentacles (feelers) for their snail. Staple the rings to the body, glue on the tentacles, and you have a paper snail! 

To incorporate this into an animal adaptation unit, have kids create a mucus trail out of glue! Create a trail on wax paper, let dry, and peel.

Mucus - glide, repulse predators, stick to surfaces

Foot - muscular organ to move

Shell - protection from predators and if environment is dry

Tentacles - two long (version of eyes) and two short (feel, taste, smell)

Visit FossWeb for more interesting facts!

Speed Boat Chemical Reaction!

Create a chemical reaction to make a boat go from ZOOM! Similar to Bag Bomb, this experiment explores the three states of matter. Kids mix baking soda and vinegar to create CO2 to make their soda bottle boat zoom!

materials: 
empty soda bottle
toilet paper
baking soda
vinegar
marbles (or another object to weigh the boat down)
thumbtack or x-acto blade
a large tub of water

1. First, put marbles in the bottle and test it in water. You want the boat to be submerged.
2. Take the boat out of water. Make a hole in the bottle cap for air to seep out (using x-acto or tack). The hole should be submerged in water (when you place the bottle in the water).
Same instructions as Bag Bomb:
3. Pull off a strip of toilet paper (three sheets connected) and pour baking soda on the strip.
4. Fold and form a pocket to hold the baking soda (or roll it)
5. Add vinegar (1/4 of the soda bottle)
6. Drop the baking soda pocket in the bottle
7. Fast: Put cap on and quickly place in water!

3D Collage: Measuring

Give kids different colors of construction paper. They cut 1 inch (width) strips. Then, they use a ruler and cut their strips different lengths (5, 6, 7, 8, 9, 10, 11, 12 inches) and manipulate them into different designs, creating a 3D collage. Have kids write their measurements next to each paper strip.

Lemonade WAR!

Lemonade War Book Unit 

Reading / Economics: 

https://drive.google.com/file/d/1NgjwCHVZ6I0H82dx6z5KGufgA3_5JOS-/view?usp=sharing

Celebrate the end of the school year with lemonade in a bag! Kids explore fractions and measuring, while creating a tasty treat! Recipe is from Education.com.

1 serving:

1/4 lemon, 1/2 cup water, 1 tsp sugar

add ingredients to ziploc bag and snap

mix, squish, and squeeze with hands

add an ice cube and a straw

sip!

Also, check out ice cream - it's in the bag!

Translation Tessellation

A super simple tessellation for young students: translation tessellation! Kids are given a square. They cut a piece off of the left and tape or glue it on to the right. Next, they cut a piece off of the top and add it to the bottom (see image below). Then, they use their imagination and create a creature out of their irregular polygon. Once their creature is made they trace it, learning about the transformation: translation (slide)! Their pattern piece should fit perfectly (interlocking) creating a pattern with no overlaps or gaps! They can create an AB or ABC pattern with the colors they use! You can also talk about parallel lines. Their tessellation pattern runs in horizontal parallel lines! Click here to see how to create a rotation tessellation!