New ReviewAs one of the few AP tests that count for second year college course credit, the AP Physics 2 exam requires a higher level of knowledge than most. Help young scientists study for their upcoming AP Physics 2 exams with previous...

New ReviewSlow motion effects add a dramatic influence to a lesson on atmospheric pressure. A video presentation explores characteristics of atmospheric pressure through experimentation. A large imploding drum demonstrates the effects of air...

Blow budding scientists away with a lesson that'll put wind in their sails! Scholars study the pattern of global winds using an interactive from PBS' Weather and Climate series. Detailed simulations help viewers study upper-level winds...

Winter, spring, summer, fall, and hurricanes? With the help of a video that is part of a larger Seasonal Science series, learn why hurricanes have a season all their own. Viewers integrate knowledge of the causes of hurricanes, factors...

Get the class up and going with a instructional activity that discusses how airplane wings provide lift. Pupils use their knowledge of Bernoulli's Principle to develop an explanation of how it creates lift on airplane wings.

Reduce the pressure in the classroom. The second instructional activity in an Airplanes unit of 22 introduces the class to Bernoulli's Principle. Pupils demonstrate the principle by blowing between different objects causing a reduction...

No need to overinflate the worth of the resource. A measurement activity requires young mathematicians to find the air pressure and area of a tire. Using these measurements, they can find the weight of the car that each tire supports.

Investigate what is pushing on us. An intriguing lesson has pupils calculate the amount of force on various squares due to air pressure. Using the data, individuals create a graph in the third lesson of the Up, Up and Away unit...

Do not let the pressure get to you. The first lesson plan in a unit of 22 introduces the concept of air pressure. Using background knowledge, the resource gives teachers the information they need to discuss how people measure air...

Balloons will go where you want them to. Young pilots first add paper clips to a balloon to make it neutrally buoyant. They then use cardboard to steer the balloon in different directions, taking air pressure into account.

Riddle me this! Science sleuths attempt to solve two seemingly simple scenarios with a video from the Physics Girl playlist. The narrator challenges the CEO of YouTube to a battle of wits with a bottle with a tissue, as well as two...

Drinking straws are a pretty simple device ... or, are they? Explore the possibility of sipping a beverage 30 feet away with an engaging activity that's sure to keep pupils guessing. Just place a long piece of plastic tubing in a glass,...

A straw is a simple thing ... with a much more complex explanation. Discover the molecular interactions that create pressure through a video from JFR Science. The resource demonstrates pressure in a variety of ways, then explains how and...

How does a sailboat go both with and against the wind? The Vertasium video surveys people on this question. After asking many people to explain the way a sailboat works, finally a sailor answers. This allows for discussion of lift and...

What is the longest usable drinking straw? An informative video sets out to answer just this question. It explores the variables related to pressure in the process. To mix things up, the video contains a bit of science and fun in a...

Humans aren't the only species to build structures with air conditioning—we weren't even the first! The video explains how a variety of species that live under and above ground design their structures to allow for air circulation. It...

Don't let learning about airplanes be a drag. An instructional video explains how advances in technology led to planes that can fly higher, resulting in less drag, less fuel, and the need for a pressurized cabin. It also explains why...

Mysterious, annoying popping sound explained? Your class will be all ears! Learners discover the mechanism of ear popping with part 134 of a 143-part series. The host illustrates the parts of the ear, how they work together with the...

Can snowflakes be identical? Under perfect conditions, these perfect, unique crystals can have a twin. Explore snowflakes in the great indoors of a laboratory experiment to see how carefully regulated conditions have busted the myth of...

Physics ... saving lives, one equation at a time! Learners discover the sad truth about premature babies and respiratory distress syndrome, which claimed millions of lives before scientists could understand its cause. Physics, and the...

Compressing air quickly causes extreme increases in temperature. A video lesson demonstrates this principle through the use of a fire syringe. The instructor uses a plunger to increase the pressure in the syringe, which ignites a piece...

Accurate weather forecasting is something we take for granted today, making it easy to forget how complex it can be to predict the weather. Learn more about the terms and symbols used to forecast the weather with an earth science lesson...

Air, air, everywhere, but what's in it, and what makes Earth's air so unique and special? Journey through the layers above us to uncover our atmosphere's composition and how it works to make life possible below. Pupils conduct research...

Learners use an interactive simulation to explore the connection between force and air pressure. They adjust the mass of a vehicle and air pressure in its tires and predict the result. As the vehicle's mass increases, the tire pressure...