Have you ever done a science experiment and wondered "What would this be like if it were HUGE?" Welcome to Science Max, the exciting new series that turbocharges all the science experiments you've done at home.
Diet cola and mints! A fun experiment that's even more awesome when maxxed out. Air pressure bubbles through this episode, including marshmallows in a vacuum chamber, pulling an egg into a flask and carbonating pickle juice!
Diet cola and mints! A fun experiment that's even more awesome when maxxed out. Air pressure bubbles through this episode, including marshmallows in a vacuum chamber, pulling an egg into a flask and carbonating pickle juice!
Air is a fluid, just like water. That means you can surf it if you make a tumblewing. Phil explores lots of different methods of flight all while maxxing out the tumblewing.
Air is a fluid, just like water. That means you can surf it if you make a tumblewing. Phil explores lots of different methods of flight all while maxxing out the tumblewing.
Building a boat that propels itself with the spring tension of a mousetrap is just the start. How about a long line of rat traps? Propulsion and inertia are powering this episode as Phil explores how to make things go.
Building a boat that propels itself with the spring tension of a mousetrap is just the start. How about a long line of rat traps? Propulsion and inertia are powering this episode as Phil explores how to make things go.
Who'd have thought something as simple as a wooden ramp could teach so much about science? Of course, it's helpful when it's 2 stories tall. Explore friction with frogs, rice, one detective and two books stuck together!
Who'd have thought something as simple as a wooden ramp could teach so much about science? Of course, it's helpful when it's 2 stories tall. Explore friction with frogs, rice, one detective and two books stuck together!
Phil tries to max-out a boat that propels itself using just water and gravity. We pour over water specifically and fluids in general. Heavy air, fluid sand, Archimedes and the metric system; this overflows with science!
Phil tries to max-out a boat that propels itself using just water and gravity. We pour over water specifically and fluids in general. Heavy air, fluid sand, Archimedes and the metric system; this overflows with science!
How do you max out an egg drop? With pumpkins, of course! Material science is the focus of this episode: nitinol, ulexite, carbon nanotubes, hagfish slime, aerogel and a great deal of squashed pumpkins.
How do you max out an egg drop? With pumpkins, of course! Material science is the focus of this episode: nitinol, ulexite, carbon nanotubes, hagfish slime, aerogel and a great deal of squashed pumpkins.
When antacid tablets mix with water, you get a chemical reaction. Phil harnesses this to make several variations on rockets! Plus, why acids and bases react and how to use chemistry to make light or instant crystals.
When antacid tablets mix with water, you get a chemical reaction. Phil harnesses this to make several variations on rockets! Plus, why acids and bases react and how to use chemistry to make light or instant crystals.
Slime is made of polymers, which are long chains of molecules that explain how many things are made. From plastics, to fabrics to our own DNA, polymers are everywhere. And we have a lot of them contained in a tub of slime.
Slime is made of polymers, which are long chains of molecules that explain how many things are made. From plastics, to fabrics to our own DNA, polymers are everywhere. And we have a lot of them contained in a tub of slime.
How do you max out a dome made of gumdrops and toothpicks? Well, how about trying to build one with oranges? Still not good enough? How about pumpkins!? Phil also gets the record in maxxed-out cup stacking.
How do you max out a dome made of gumdrops and toothpicks? Well, how about trying to build one with oranges? Still not good enough? How about pumpkins!? Phil also gets the record in maxxed-out cup stacking.
Making a maxxed out spinning top is just the start. Phil experiments with the Magnus effect, gyroscopic precession, pushing string and Da Vinci's perpetual motion wheel.
Making a maxxed out spinning top is just the start. Phil experiments with the Magnus effect, gyroscopic precession, pushing string and Da Vinci's perpetual motion wheel.
Starting with a small, syringe powered hydraulic arm, Phil maxxes things out by learning how to use the mechanical advantage of hydraulics to crush stuff!!! Plus: Filtering water, the Archimedes screw, hydro dipping and more!
Starting with a small, syringe powered hydraulic arm, Phil maxxes things out by learning how to use the mechanical advantage of hydraulics to crush stuff!!! Plus: Filtering water, the Archimedes screw, hydro dipping and more!
A Trebuchet is a giant, lever-based catapult. Phil uses it to hurl pumpkins! Mechanical advantage and the history of the trebuchet are what's being tossed your way on this episode, along with a lot of pumpkins, heads up!
A Trebuchet is a giant, lever-based catapult. Phil uses it to hurl pumpkins! Mechanical advantage and the history of the trebuchet are what's being tossed your way on this episode, along with a lot of pumpkins, heads up!
Phil builds a maxxed out Rube Goldberg machine and learns a lot about different kinds of forces. Gravity, potential energy, kinetic energy, chemical, electrical you name the force, we've got it in this episode!
Phil builds a maxxed out Rube Goldberg machine and learns a lot about different kinds of forces. Gravity, potential energy, kinetic energy, chemical, electrical you name the force, we've got it in this episode!
Have you ever done a science experiment and wondered "What would this be like if it were HUGE?" Welcome to Science Max, the exciting new series that turbocharges all the science experiments you've done at home.
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