Media Summary: Grace and Ellis help Brian demonstrate the source of pressure. They start with a canister containing pellets -- it has a speaker at ... Here's more footage that we kept for the online videos! Can you tell what's moving forwards or backwards in What do you get when you mix balloons, liquid nitrogen, and eager young

Everyday Science Time Segment 2 - Detailed Analysis & Overview

Grace and Ellis help Brian demonstrate the source of pressure. They start with a canister containing pellets -- it has a speaker at ... Here's more footage that we kept for the online videos! Can you tell what's moving forwards or backwards in What do you get when you mix balloons, liquid nitrogen, and eager young At Rice Elementary in Colorado, students demonstrate how pressure works at the atomic level. Wearing bumper suits, they ... It's a good thing you're watching the podcast or YouTube! Why? Because you get to see special footage that *isn't* on the TV ... In the 1600s, Evangelista Toricelli developed a barometer -- a device used to measure air pressure. Toricelli put mercury inside a ...

The Italian scientist Galileo observed a swinging chandelier, and realized that there was a certain cycle to it: no matter the size of ... So now that we've seen how pressure works, how much BIGGER can we go? How about a big, empty oil drum? Recall that the air ...

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Everyday Science -- Time Segment 2: Show Introduction
Everyday Science -- Pressure II Segment 2: Where Does Pressure Come From?
Everyday Science -- Time Segment 5: Not on TV, Part 2
Everyday Science -- Time Segment 3: A Definition of Time
Everyday Science -- Pressure II Segment 1: Show Opener
Everyday Science -- Pressure II Segment 3: Pressure Differences
Everyday Science -- Pressure II Segment 4: Atomic Scale
Everyday Science -- Time Segment 1: Not on TV Part 1
Everyday Science -- Pressure II Preview
Everyday Science -- Pressure II Segment 11: Toricelli
Everyday Science -- Time Segment 4: Galileo and Cycles of Nature
Everyday Science: Time Preview
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Everyday Science -- Time Segment 2: Show Introduction

Everyday Science -- Time Segment 2: Show Introduction

Have you ever wondered about

Everyday Science -- Pressure II Segment 2: Where Does Pressure Come From?

Everyday Science -- Pressure II Segment 2: Where Does Pressure Come From?

Grace and Ellis help Brian demonstrate the source of pressure. They start with a canister containing pellets -- it has a speaker at ...

Everyday Science -- Time Segment 5: Not on TV, Part 2

Everyday Science -- Time Segment 5: Not on TV, Part 2

Here's more footage that we kept for the online videos! Can you tell what's moving forwards or backwards in

Everyday Science -- Time Segment 3: A Definition of Time

Everyday Science -- Time Segment 3: A Definition of Time

Time

Everyday Science -- Pressure II Segment 1: Show Opener

Everyday Science -- Pressure II Segment 1: Show Opener

The newest episode of

Everyday Science -- Pressure II Segment 3: Pressure Differences

Everyday Science -- Pressure II Segment 3: Pressure Differences

What do you get when you mix balloons, liquid nitrogen, and eager young

Everyday Science -- Pressure II Segment 4: Atomic Scale

Everyday Science -- Pressure II Segment 4: Atomic Scale

At Rice Elementary in Colorado, students demonstrate how pressure works at the atomic level. Wearing bumper suits, they ...

Everyday Science -- Time Segment 1: Not on TV Part 1

Everyday Science -- Time Segment 1: Not on TV Part 1

It's a good thing you're watching the podcast or YouTube! Why? Because you get to see special footage that *isn't* on the TV ...

Everyday Science -- Pressure II Preview

Everyday Science -- Pressure II Preview

It's been ten years since

Everyday Science -- Pressure II Segment 11: Toricelli

Everyday Science -- Pressure II Segment 11: Toricelli

In the 1600s, Evangelista Toricelli developed a barometer -- a device used to measure air pressure. Toricelli put mercury inside a ...

Everyday Science -- Time Segment 4: Galileo and Cycles of Nature

Everyday Science -- Time Segment 4: Galileo and Cycles of Nature

The Italian scientist Galileo observed a swinging chandelier, and realized that there was a certain cycle to it: no matter the size of ...

Everyday Science: Time Preview

Everyday Science: Time Preview

The recently filmed

Everyday Science -- Pressure II Segment 10: Pressure Power

Everyday Science -- Pressure II Segment 10: Pressure Power

So now that we've seen how pressure works, how much BIGGER can we go? How about a big, empty oil drum? Recall that the air ...