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Mathematics

Within Mathematics

Still image from: Peg + Cat: The Hotel Problem / Another Hotel Problem

Still image from: Peg + Cat: The Imaginary Friend Problem / The Promise Problem

Still image from: Peg + Cat: The Magic Uke / The Rocking Out Problem

Still image from: Peg + Cat: The Mega Mall Problem / The Cleopatra Problem

Still image from: Peg + Cat: The Mermaid in the Mall Problem / The Painting Problem

Still image from: Peg + Cat: The Messy Room Problem / The Golden Pyramid Problem

Still image from: Peg + Cat: The Package Problem / The Train Problem

Still image from: Peg + Cat: The Parade Problem / The Halloween Problem

Still image from: Peg + Cat: The Peanut Problem / More Adventures of Robin Hood

Still image from: Peg + Cat: The Pentagirls Problem / The Tree Problem of National Importance

Still image from: Peg + Cat: The Perfect Ten Problem / The Long Line Problem

Still image from: Peg + Cat: The Pig Problem / The Mariachi Problem

Still image from: Peg + Cat: The Pirate Problem / The Sleepover Problem

Still image from: Peg + Cat: The Pirate Puzzle Problem / The Scrap of Map Problem

Still image from: Peg + Cat: The Pizza Problem / The Pizza Pirate Problem

Still image from: Peg + Cat: The Play Date Problem / The Blabberwocky Problem

Still image from: Peg + Cat: The Poetry Problem

Still image from: Peg + Cat: The Polka Dot Planet Problem / The Mardi Gras Problem

Still image from: Peg + Cat: The Potty Problem / The Butter Problem

Still image from: Peg + Cat: The Race Car Problem / The Big Gig Problem

Still image from: Peg + Cat: The Ring Problem / The Wedding Problem

Still image from: Peg + Cat: The Robin Hood Problem / The Owl and the Pussycat Problem

Still image from: Peg + Cat: The Roxanne Problem / The Girl Group Problem

Still image from: Peg + Cat: The Sam Problem / Mac the Fork

Still image from: Peg + Cat: The Slop Problem / The Birthday Present Problem

Still image from: Peg + Cat: The Sushi Problem / The Highlight Zone Problem

Still image from: Peg + Cat: The T-Ball Problem / The Bus Problem

Still image from: Peg + Cat: The Three Bears Problem / The Giant Problem

Still image from: Peg + Cat: The Too Big Dog Problem / The Giant Baby Problem

Still image from: Peg + Cat: The Tree By the Nile Problem / The Eid al-Adha Adventure

Still image from: Peg + Cat: The Tree Problem / Another Tree Problem

Still image from: Peg + Cat: The Wonderland Problem / The Bat Mitzvah Problem

Still image from: Peg + Cat: Yet Another Tree Problem / The Romeo and Juliet Problem

Closeup of a black and red chess board with white pieces in the foreground and black pieces in the background. Caption. As we investigate perimeter and area.

White ball with craft eyes sits on top of a red, plastic pedestal. 1 side of the ball has its outer layer torn away and exposing the ball's inner core. It appears to have been damaged by some type of impact.

Dianna wears a navy shirt with red, yellow, and pink stripes on the wrists and shoulders. She sits behind a large piece of paper and holds a black marker. A colorful background with science items on a shelf is behind her, and equations appear on screen.

Overhead view of a person's hands demonstrating how to solve a physics problem related to rotation on a large blue sheet of paper.

A C, G, I graphic of a spaceship made in the shape of a planetary ring rotates around a brown planet. The side closest to the planet looks like oceans with clouds and green continents, and the other side looks like a spaceship with glowing lights.

Aerial closeup of 2 arms. The left has a pink sleeve, the right has a red sleeve and uses a black marker to write on a large sheet of paper. The paper shows an X, Y axis with Y axis labeled Force in Newtons and X axis labeled X in meters. Next to this, a drawing that looks like a spring coil.

Host Dianna Cowern, a blonde woman in a red sweater and black scarf, smiles as she holds an old, large book up. Text on screen reads, "Newton's Principia, Original Manuscript," and an arrow points at the book.

In front of a blurred-out shot of this video's set, text reads, "Very Useful Trick. When any two objects collide elastically and energy is conserved, then the difference in their two velocities before the collision equals the negative of the difference between the two velocities after the collision."

Video host looks at us while sitting at a table with physics equations written on a large sheet of paper. Behind her, the set is decorated with a modular shelf holding scientific models, floating equations, and hanging gears.

Aerial closeup of 2 arms wearing denim sleeves with white stars. The right hand uses a large black marker to write on a large sheet of paper. The paper reads, "Energy and work" and has various physics equations.

Man is suspended in the air by a clump of large balloons over a crowd of people. There are multiple desert towers and rock features in the distance behind them. Text on screen reads, "David Blaine," with an arrow pointing to the man.

Aerial closeup of 2 arms in light blue sleeves over a paper. The right hand writes on a large sheet of paper with a thick black marker. The paper reads, "Equation of motion. Y equals Y sub 0 plus V sub 0, T plus 1/2, A, T sup to the power of 2."

Man wearing a gray winter hat, a dark gray hoodie, black snow pants, and red gloves snowboards down a snowy ski slope on a foggy day. A yellow snow making machine and a little building with a red roof are nearby.

Physics equation related to orbital motion is written on a large blue sheet of paper. The host's hand points at a line that represents the Earth's radius.

Aerial closeup of 2 arms. The right hand uses a thick black marker to write various physics equations on a large sheet of paper.

Video host speaks to us with her hands clasped together while sitting at a table with physics equations written on paper. Behind her, the set is decorated with a modular shelf holding scientific models, floating equations, and hanging gears.

Overhead view of the host's hands as she demonstrates how to work out an equation dealing with the relationships among centrifugal and centripetal force and the Earth's rotation.

Overhead view of the host demonstrating how to work out equations of motion involving acceleration, derivatives, sines, and cosines.

Aerial closeup of 2 arms in black sleeves. The right hand writes on a large sheet of paper with a thick black marker. The paper reads, "tangent equals opposite over adjacent (tan). S, O, H, C, A, H, T, O, A. 1." There's a diagram of a 37.5 degree angle and an directional axis labeled N and E.

Video host speaks to us, holding a marker while sitting at a table with physics equations written on paper. Behind, the set is decorated with a modular shelf holding scientific models, floating equations, and hanging gears.

Video host speaks to us, glances to the side and gestures with her hands while sitting at a table with physics equations written on paper. Behind, the set is decorated with a modular shelf holding scientific models, floating equations, and hanging gears.

A screenshot of 2008 physics exam problem 4, labeled sticky disks.

Cartoon train engine chugs down the tracks, blowing steam out its chimney. The front of the train resembles a camera lens. Caption reads: "Counting 1 to 10."

On the side of a red cartoon train car, a drawing of blue dots inside boxes in two rows and five columns. Caption spells out the number ten.

Cartoon train engine chugs down the tracks, blowing steam out its chimney. The front of the train resembles a camera lens. Caption reads: "Counting 11 to 20."

Cartoon train engine chugs down the tracks, blowing steam out its chimney. The front of the train resembles a camera lens. Caption reads: "Counting 21 to 30."

Cartoon train engine chugs down the tracks, blowing steam out its chimney. The front of the train resembles a camera lens. Caption reads: "Counting 31 to 40."

Cartoon train engine chugs down the tracks, blowing steam out its chimney. The front of the train resembles a camera lens. Caption reads: "Counting 41 to 50."

Cartoon train engine chugs down the tracks, blowing steam out its chimney. The front of the train resembles a camera lens. Caption reads: "Counting 51 to 60."

Cartoon train engine chugs down the tracks, blowing steam out its chimney. The front of the train resembles a camera lens. Caption reads: "Counting 61 to 70."

Cartoon train engine chugs down the tracks, blowing steam out its chimney. The front of the train resembles a camera lens. Caption reads: "Counting 71 to 80."

Cartoon train engine chugs down the tracks, blowing steam out its chimney. The front of the train resembles a camera lens. Caption reads: "Counting 81 to 90."

Cartoon train engine chugs down the tracks, blowing steam out its chimney. The front of the train resembles a camera lens. Caption reads: "Counting 91 to 100."

On the side of a cartoon purple train car, a picture of two rows of green apples, with five on the top row and three on the bottom row. Caption spells out the number eight.

The numeral 1 appears in black on a white background, on the side of a cartoon red train car. Caption spells out one.

The number 100 appears in black on a white background, on the side of a red cartoon train car. Caption spells out one hundred.

The number 25 appears in black on a white background, on the side of a green cartoon train car. Caption spells out the number twenty-five.

On the side of a cartoon brown train car, a picture of one large blue dice with two white dots on diagonal corners. Caption spells out the number two.

On the side of a cartoon brown train car, one large blue dice with two white dots on diagonal corners. Caption spells out the number two.

Cartoon train with cars the color of a rainbow chugs down a long track, through a hilly desert, as steam puffs out of its chimney.

On the side of a cartoon yellow train car, a picture of three round oranges. Caption spells out the number three.

On the side of a cartoon turquoise train car, a picture shows six tally marks, where a group of four marks are crossed diagonally by a fifth mark, followed by the sixth mark.

On the side of a purple cartoon train car, a picture shows nine red tomatoes, with five on the top row and four on the bottom row

Cartoon train engine chugs down the tracks, blowing steam out its chimney. The front of the train resembles a camera lens. Caption reads: "Learning Shapes."

On the side of a brown cartoon train car, a picture of a large purple circle on a white background. Caption reads: "Circle."

Slide shows a white banner on a light blue background with faded numbers that reads, "Learn Bright. Place Value."

Still image from: Place Value: Ones and Tens

Book cover titled, "Pocket Piggies Colors!" Miniature pig with brown spots hangs over the side of a sky blue tea cup with white polka dots. Text reads, "Featuring the Teacup Pigs of Pennywell Farm. Photos by Richard Austin."

Man and woman in white lab coats look at a computer while pressing buttons on a controller. Caption. They also rely on ballistics to match bullets and guns.

Weather illustration panels for a Monday to Wednesday forecast, with Monday as "Sunny", Tuesday as "Chance of Rain," and Wednesday as "Rain". An arrow labeled Unlikely points to Sunny. Caption. From unlikely on Monday to very likely on Wednesday.

10 seashells lined up in the sand by color next to a yellow bucket. 4 of the shells are black, and 6 of the shells are white. Caption. If 4 out of the 10 shells are dark.

Probability tree with 3 generations on a green background. There's 1 boy and 1 girl child in the first generation, 2 boys and 2 girls in the second, and 4 boys and 4 girls in the third. Caption. Each branch represents a different 3-child outcome.

Closeup of a hand using a black marker to write on a white paper on a clipboard on the grass. The paper reads, "Read and Reread." Caption. Step 1, read and reread the problem.

Woman in a white coat sitting and looking into a microscope in a lab. A graphic of 6 human cells appears at the bottom of the screen. Caption. Doubling the total number of cells each time.

Gloved hand holding an electronic chip with a pair of tweezers. Caption: they call it an artificial leaf.

Woman stands with fingertips touching and lips parted in mid-speech. Bar graph superimposed on left side of screen. Caption. If we were to run the experiment over again many times.

City map with a text overlay that reads, "Map, 1 inch. Actual distance, 25,000 inches". Caption. Represents an actual distance which is 25,000 times longer.

Closeup of a forearm with palm up and 2 fingers pressing on the wrist. Caption. The concept of ratios as well as the use of rates.

Still image from: Read Along With Me Picture Books: Christmas Train

Still image from: Read Along With Me Picture Books: Count on Me 123

Person holds up a book called "Peg and Cat, the Pizza Problem," by Jennifer Oxley and Billy Aronson. The cover illustration shows Peg and Cat in a restaurant, where Peg holds up four stacked pizzas and Cat, standing on a checkered tabletop, holds up three pizzas.

Hand picks up a pair of scissors from a tabletop covered with construction paper, a paper plate, a glue stick, crayon, pencil, and several small triangles, circles, squares, and rectangles cut out of orange, red, green, and yellow paper.

Closeup of an open green eye with a purple colored contact lens, black mascara on the eyelashes, and black eyeliner on the top lid. Caption. With several special properties.

White background with faint gray gridlines and math equation that reads, "23 and seven eighths equals 23.875." A big red arrow points at and labels the decimal point. Caption. Fractional quantities, such as 23 or seven eighths.

Closeup of a person holding a segment of orange with an arrow pointing to a halved orange. Segments on the halved orange are labeled 1 to 10. Caption. Each segment is a tenth of the whole orange.

Several ocean going sailboats docked with sails down is in front of a street lined with multi-story buildings with many windows and pitched roofs. Caption. The city of Copenhagen in Denmark is at sea level.

Top side view of a pizza with cheese, red sauce, and Canadian bacon on a large stainless steel pizza spatula over a gray background.

Centered, front view of the Taj Mahal. A dashed white line is overlaid down the center, with an arrow and the word "Axis" overlaid and pointing to it. A white rectangle overlay is around one of the pillars on the left. Caption. 1 side is a reflection of the other side.

Top side view of a pizza with cheese, red sauce, and Canadian bacon on a large stainless steel pizza spatula over a gray background. Caption. Most likely, family or friends ate the rest of the pizza.

Cartoon of an ancient Roman woman and man wear togas and stand on either side of the Roman numerals one through ten. Text reads, "Roman Numerals."

Middle-aged man with mustache wears sunglasses and holds onto railing of a boat as he leans forward. Caption. That's too fast in there.

Person looking at a computer screen with a complex image. Spanish captions.

Crowd of mostly young people. Spanish captions.

Person at a computer looking at a projection of a wire frame human face on a screen. Caption: how robots interact with humans,

Small airplane midflight. Caption: Momentum is the same direction as velocity.

A sliding scale weighing something. Caption: Weight is a scalar.

Math equations written on a chalk board. Spanish captions.

Two people looking at yellow fluid in a bottle. Caption: in a universal scientific language.

Speedometer. Caption: Velocity is a vector quantity.

Graph of North and East. Spanish captions.

Speedometer. Caption: Velocity is often confused with speed.

A speeding train. Spanish captions.

Still image from: SciShow: The Weird Truth About Arabic Numerals

Simple line drawing of a house on a hill with a roof and 2 windows.

Animation of a rover rolling across a red rocky surface against a red sky. In the center of the frame is a rainbow-colored circular shape. Caption. Here are some more facts about shapes.

Closeup of twisting yellow and red roller coaster tracks. Title card reads, "Shedding light on motion, Episode 2. Acceleration."

Plane with shining lights takes off from a runway and flies above a grassy field. Title card reads, "Shedding light on motion, Episode 1. Speed."

Person turning a spigot. Caption: it is multiplied at the axle, overcoming the resistance force.

School of fish swimming in a tank. Caption: Sometimes they sink like these rocks.

$Black and white closeup of a spiral notebook with equations. Caption. But that fraction doesn't look too good.$

Written equation, pi equals 3.14. Caption. So, pi turns out to be 3, 14 over 100 or 3.14.

Dense points of light on a black background. Caption: The oldest could be 11 to 13 billion years old,

Rotational motion theta equals s over r. Caption: We showed you that equation awhile ago.

An illustration depicts a blue down arrow and a red up arrow representing T A L and T H 2 O in contact with each other. The junction of the two arrows is labeled T e. On screen text, Physics, Part 5, Section A. Caption: is higher than the initial temperature of the water.

Animation of a circular wheel in motion. On screen Text, Projectile motion A. An arrow indicates same time. Caption: It takes the same time to rise as to fall.

A graphical representation of the x y coordinate plane. 2 units from the origin are marked on the positive and negative sides of the x and y axes. An upward arrow extends from the origin to (0, 2). On screen text, what are scalars and vectors. Caption; woman, this vector's direction is 90 degrees.

A woman is in ski outfits. An animation of a red sphere with on screen text, more inertia, greater mass. Caption: The red sphere has greater mass.

Multiplying vectors c. Vector A and Vector B roughly parallel in the same direction. Caption: in the direction of the first vector.

Inset of a young man gesturing with his hands and opening his mouth to speak. Text reads, "Part 1, section A. Integer." Caption. Then we'll get to exponents.

Digital illustration of a Christmas tree. Title bars read, "Part 2, section B. Tree diagrams and factorization." Caption. Except they have numbers on them.

Teenage boy and stuffed animal lie in bed and look up at the ceiling with their mouths gaping open. Caption. Hanging like a mobile from your ceiling.

Circular inset of a young man with pursed lips. Title bars read, "Part 5 and Section B, Putting Inequalities on the Number Line." Math equation on background reads 9 is greater than or equal to X. Caption. All right, with that beneath our belts.

Algebraic equation on maroon and green color block background. Title bars read, "Section B. Equations. Part 1." Math equation on background reads 3, X plus 5 equals 20. Caption. We've got to figure out the value for X.

Algebraic equation on green background. Title bars read, "Section B. Graphing linear equations. Part 2." Text at bottom reads, "In letter form first." Caption. We'll look at it in letter form first.

Man faces camera and speaks slightly off to 1 side like he is in an interview. Text on image reads, "Easy to remember, and a little bit enjoyable."

Rear view of teenage girl sits at ia control panel in a room filled with equipment monitoring panels with switches, lights and racks from the mid-1900s. A man wearing a hard hat stands between the control panel and equipment panels as he speaks to the girl.

Medium view of a man facing camera like he is giving a lesson as a subject expert. Caption. Either by the lengths of their sides or by their angles.

Man faces and speaks directly to camera like he's lecturing. An overlay formula reads, "Right triangle hypotenuse minus leg theorem over hypotenuse and leg of right triangle."

Man crouches on asphalt pavement. He rests his head on his hand which is propped on his knee. He gazes into the distance like he is thinking. An overlay measurement is labeled as 14 feet.

Seated man faces camera while holding a book in a living room setting. He speaks directly to camera as if he is being interviewed as a subject expert. Caption. As we continue our geometric portrait series.

Star Maths cartoon. Rear view of a girl and a boy standing. The boy holds a gun in his hand. Piles of metal and other debris lay before them in an outdoor salvage area. Caption. These label guns aren't very accurate.

Star Maths cartoon. 2 people sit in a red vehicle with a glass-enclosed cabin. Vehicle has thick treads on its tires for rough terrain. Brown hills are in the background. Caption. Sector 145 should be just coming up.

Star Maths cartoon. A binocular outline view of a mountain peak. Caption. Oh, yes! And there's Mervin's Peak.

Star Maths cartoon. Boy turns to watch an older man exiting the darkened room. Caption. Boy as narrator. Where are we going? Caption. Man as narrator. Into space, of course!

Star Maths cartoon. Man sits and leans against a pipe-like post. This pipe is connected to another pipe that has an attached monitor displaying a bar graph with 4 vertical bars. Caption. The name's Botler, by the way.

Star Maths cartoon. Group of 6 multi-colored robots flying together across a barren, desert area. Caption. Amber as narrator. Look at them. They're good, aren't they?

Star Maths cartoon. Rear view of the heads of a girl and boy looking out of a spacecraft window. They watch hovering spacecrafts drop objects into a large dirt pit below. Caption. This storm has been going on for 3 whole days now.

Star Maths cartoon. Woman sits in a spacecraft pilot's chair while a boy and girl stand next to her. All 3 look sideways and in the same direction. Caption. Rocks in space. They can do damage.

Star Maths cartoon. Girl stands while she speaks to a robot in a room about to be painted. A digital screen on the wall displays rectangular shades of color. A ladder and covered furniture are in the background. Caption. Can you mix new colors?

Star Maths cartoon. Closeup of an older man standing in a room. He appears to be speaking to another person. Caption. All this for only 1,250 igmus?

Star Maths cartoon. Side view of a boy and girl sitting at a dining table eating. Caption. Do you want all of them?

Star Maths cartoon. Large robot hovers next to an industrial floor scale in a warehouse. Text on the scale face reads, "100."

Star Maths cartoon. Person sits at a worktable in a manufacturing plant filled with equipment. 3 robots are to his side. Caption. But I'm making music, man!

Star Maths cartoon. Closeup of a digital number board with 3 rows ending in numbers of tens. The end of row 1 displays the numbers 8, 9, 10. The end of row 2 displays 18, 19, 20, and the end of row 3 displays 28, 29, and 30. Caption. 18, 19, 20.

Star Maths cartoon. A girl and boy use binocular-like devices as they scan the horizon off to the side of camera. Behind them, a vehicle sits on a dirt plain surrounded by brown hills. Caption. Go on, Ten! Go on!

Star Maths cartoon. A boy and girl are seated and turned towards each other in conversation. The girl points her index finger at the boy. Caption. You were channel-hopping.

Star Maths cartoon. Boy looks at a handheld device in 1 hand while his other hand is palm up. He stands outdoors with hills and mountains in the background. Text on the screen reads, "Meters." Caption. We need to measure out 1,000 meters.

Star Maths cartoon. A small and taller robot stand next to each other, conversing. Caption. Eleven, clear up the picnic.

Star Maths cartoon. Man walks through an archway as he speaks on a telephone. A boy and girl sit in the background in a living room and watch T, V. Caption. Do you want me to come meet you?

Star Maths cartoon. Girl sits on a couch in a manufacturing plant. Caption. Hi, I'm Lisa. You must be Amber!

Star Maths cartoon. 1 large robot and 1 small robot are standing and facing each other in a futuristic living room. Caption. No names, just numbers, Miss Amber.

Star Maths cartoon. Red, all terrain vehicle drives through a hilly dirt area with 2 trees that have sparse foliage. Caption. Amber as narrator. Well, there's not much junk this morning.

Star Maths cartoon. Girl holding a pen sits while a boy stands at the head of a table. A notebook rests on the table top which has a digital map display showing planets and stars. Caption. She was probably quite far away.

Star Maths cartoon. An empty all terrain vehicle with 3 wheels on each side is parked outdoors on a dirt surface in a desert-like area. Caption. Ha! Let's see where it landed.

Star Maths cartoon. A boy, girl and 3 robots stand on a smooth floor in a room with decorative, pipe-like structures and lighting. The boy points up towards a robot standing on a balcony above him. Caption. Botler, number 364, please.

Star Maths cartoon. Girl raises her hand with 3 fingers up and thumb folded in while using a beverage-making machine in a futuristic kitchen. She speaks and looks at a boy near her. Caption. 4 tablespoons of sugar.

Star Maths cartoon. Boy and girl face each other as they sit and talk over a dinner table. Caption. Probably typed the wrong numbers, again.

Star Maths cartoon. Girl stands in a spacecraft and holds 1 hand with thumb up in front of her face as she talks and looks to the side. Caption. Are you sure? 6 goes into 12 twice.

Star Maths cartoon. Hand extends over a paper with a painting of a butterfly's body and 1 set of wings. 6 pots of paint in different colors, brushes, and colored pencils sit on the table top. Caption. I'm making her a card.

Star Maths cartoon. A boy and girl approach a convertible-like car that is parked outdoors. Caption. Relax, Uncle Zak's miles away.

Star Maths cartoon. Boy looks upwards and stands with his arms outstretched on a blue floor outlined with green and black hazard tape. Caption. Help! Sam, get me out of here!

Star Maths cartoon. A boy and girl walk through a storage room with shelving. Flying robots are nearby and are restocking inventory on warehouse shelves. Caption. Boy as narrator. What was that? Caption. Girl as narrator. What?

Star Maths cartoon. Back view of a boy and girl outdoors and looking at a futuristic truck with a glass enclosed cabin and an open cargo bed. A green robot stands in the cargo bed. Caption. Where are you off to, Botler?

Star Maths cartoon. Girl in a spacecraft sits at a table with a microphone and monitor. She looks up at a person to her side. A spotted, cat-like creature sits on the table. A robot stands in the background. Caption. Will Lisa be able to get here?

Man looks slightly off camera with an impassioned look. Behind him, the Qualcomm Thinkabit Lab with a collection of colorful toys. Caption. But this is a way to give back in a personal way.

Woman stands next to an overhead projector. Caption. Yeah, okay, let's do that. Let's make these a zero.

Still image from: Teaching in Room 9: Bag Hang, Yoga, Rats, and More

Still image from: Teaching in Room 9: Exploring, Learning, and Growing Together!

Still image from: Teaching in Room 9: Main Characters & Math

Still image from: Teaching in Room 9: Read, Move, Count, and Explore!

Still image from: Teaching in Room 9: Shapes, Letters, Animals, and More!

Still image from: Teaching in Room 9: Stories, Math, Movement, and More

Aerial view of a building surrounded by a body of water in the middle of a large city. Caption: (Scott) Here at the National Aquarium in Baltimore,

Medium view of a man speaking while sitting before a backdrop of the U, S flag and an overlay of the Georgia state flag. Title card below the man reads, "Randy Howe. Author. Flags of the 50 States."

Still image from: Teen Kids News (Episode 2125)

Still image from: Ten Dragon Eggs: A Book About Counting Down

Tessellation pattern of equilateral triangles with 3 circles, each placed at different intersections of 6 triangles. Caption. Each vertex must be the same.

A cartoon says, by nature, I am naturally natural. Caption: Nature of science.

Still image from: The Electric Sheep: The Novel of Complex Biological Systems (Spanish)

Person in a lab setting filling a container from a faucet. Caption: A calorimeter is simply anything used to measure heat.

Person with a lit candle melting the wax into a dish. Spanish captions.

Color illustration of a child working on a math problem using a table with columns for Hundreds, Tens, and Ones held up by a green dinosaur.

Diagram of a circuit showing a battery with leads on the positive and negative side and a lightbulb in the middle. Reduction. Caption: During this process, one substance must gain electrons,