SECURITY NUMBER.
YOU NEED TO REQUEST A VOTE BY MAIL BALLOT BY OCTOBER 24.
JAZMIN: WE ARE BACK WITH OUR FRIENDS OF THE ORLANDO SCIENCE CENTER, MICHELLE IMPERATO SHOWS US SOME NEW WAYS TO LEARN.
MICHELLE: GOOD MORNING.
WE ARE BACK AT THE ORLANDO SCIENCE CENTER FOR "THE SCIENCE OF IT." THIS IS NON-NEWTONIAN FLUID.
IT HAS BEEN A FEW YEARS SINCE MY DAYS IN SCIENCE CLASS.
REFRESH MY MEMORY.
WHAT ARE WE DOING HERE?
>> NON-NEWTONIAN FLUID IS A FLUID THAT DOES NOT ACT LIKE NEWTON WOULD HAVE EXPECTED.
WHEN WE BREAK THE LAWS OF PHYSICS COMING IN AT SNACK TIME AND WE CALL IT A NON-NEWTONIAN FLUID.
SO WE WILL BREAK THAT TODAY WITH SLIM AND OOBLECK.
THERE ARE 49,556 SLIME RECIPES ON THE INTERNET, SOMETHING LIKE THAT.
SO WE WILL DO SOMETHING SUPER BASIC.
FIRST THING WE NEED IS OUR BEAKER.
PUT ONE SQUIRT OF GLUE.
REALLY GOOD BLEND, ALL THE WAY IN.
MICHELLE: THAT WAS HARDER THAN I THOUGHT IT WOULD BE.
>> YOU ARE GETTING YOUR WORKOUT IN.
SCIENCE AND GYM AT THE SAME TIME.
A LOT OF SCIENCE IS HARD WORK SOMETIMES.
SO WE HAVE OUR GLUE IN THERE.
NOW WE WANT TO ADD WATER, WHICH IS IN THIS GRADUATED CYLINDER.
25 MILLIMETERS -- 25 MILLILITERS.
SET THAT OFF TO THE SIDE.
GRAB OUR STIRRING STICKS.
MICHELLE: THIS LITTLE GLASS ONE?
>> INDEED.
MIX IT UP.
GLUE AND WATER, SO IT’S NICE AND MIXED.
WE WOULDN’T WANT BORING, CLEAR SLIME, SO WE WILL ADD FOOD COLORING TO IT.
I HAVE NO IDEA WHAT COLORS THESE ARE, SO TAKE YOUR PICK AND LET’S SEE WHAT WE GET.
THREE DIFFERENT COLORS HERE.
LOOKS LIKE I GOT RED, WHICH IS ONE OF MY FAVORITE COLORS.
MICHELLE: I THINK I GOT GREEN.
MAYBE BLUE.
>> THREE DROPS.
JUST THREE.
RIGHT INSIDE THERE.
PERFECT.
MICHELLE: AND THEN, WE WILL MAKE SET UP.
STIR, STIR, STIR.
STIRRING IS ONE OF THE MOST IMPORTANT PARTS OF SLIME, BECAUSE YOU WANT TO MAKE SURE YOU GET ALL THAT STUFF REALLY MIXED TOGETHER.
THAT IS ESPECIALLY IMPORTANT IN THIS NEXT STEP.
MICHELLE: I LOVE THIS COLOR.
SO HAPPY TO PICK THIS ONE.
>> FANTASTIC.
NOW WE WANT 25 MILLILITERS OF THIS SOLUTION THAT WILL ACT AS OUR BINDING AGENT.
I WILL SEE IF I CAN GET ABOUT 25.
MICHELLE: WILL YOU TRUST ME TO DO MY OWN OR WILL YOU DO IT FOR ME?
>> OF COURSE I WILL THAT IS A PART OF SCIENCE.
YOU REALLY GET TO WORK WITH THE CHEMISTRY THERE.
THOUGH NORMALLY AND SCIENCE WE DO NOT USE COURT -- DO NOT USE SQUIRTY BOTTLES.
MICHELLE: I GUESS THEY LET KIDS DO IT.
A LITTLE BIT MORE?
>> JUST A SPLASH.
THAT PROBABLY IS PERFECT.
AND IF YOU NEED MORE, WE CAN ADD A LITTLE AFTERWARDS.
SO WE WILL POUR AND STIR AT THE SAME TIME.
THE HARDEST PART, BECAUSE YOU REALLY WANT TO MAKE SURE THE THAT IS ALL MIXED IN.
STIR AS FAST AS YOU CAN WHILE POUR AS SLOWLY AS YOU CAN.
MICHELLE: I JUST PORTED ALL IN.
>> JUST ARE AS FAST AS YOU CAN.
MICHELLE: IT IS A BLOG.
>> SLIME IS BLOBBY.
MICHELLE: HOW IS THAT?
>> PERFECT.
ARE YOU KIDDING ME?
YOU MESSED IT UP AND WILL GET BETTER SLIME THAN I WILL GET?
MICHELLE: SO I CAN STOP?
>> JUST PLOP IT ON THE TABLE.
NAILED IT.
SO WE WILL GET BACK TO THAT.
WE WILL LET IT DRY A LITTLE.
MICHELLE: DO I STILL NEED MY STIRRER?
>> NO, WE WILL USE OUR HANDS.
HAVE YOU EVER HEARD OF OOBLECK?
MICHELLE: NO.
>> REALLY COOL STUFF.
LITERALLY JUST CORNSTARCH AND WATER.
WHEN STARCH DOES GET EVERYWHERE, SO IT WILL COAT YOUR ENTIRE HOUSE IN WHITE POWDER, BUT THEN YOU JUST WIPE IT WITH WATER, AND IT ALL GOES AWAY.
SO WE WILL SEE IF WE CAN MIXES TOGETHER.
WE WANT TO TAKE A SCOOP OF THIS RIGHT HERE, AND WE WILL TAKE TWO OF THESE, OR CORNSTARCH, AND WE WILL ADD WATER.
WE ADDED A LITTLE BIT OF PAIN TO OUR WATER, TO MAKE IT NICE AND PURPLE, BECAUSE WE WANT TO MAKE IT NICE & CENTER BRANDED, BUT YOU CAN ADD ANY KIND OF WATER.
IF YOU WILL ADD PAIN TO YOUR WATER TO MAKE OOBLECK, MAKE SURE IT IS WASHABLE PAINT, BECAUSE THE WHOLE POINT IS IT IS EASY TO CLEAN.
MICHELLE: YOU DO NOT WANT TO STAIN EVERYTHING.
>> THAT IS THE GOAL.
ADD 25 LEAP -- 25 MILLILITERS OF WATER.
KIND OF A MUCK-EXTRACT.
BECAUSE IT FEELS MUCKY.
THEN MIX IT IN.
TO BE HONEST, THEIR POSITION IS NOT THE MOST IMPORTANT PART.
IF YOU’RE DOING REAL CHEMISTRY, YOU WANT TO MAKE SURE YOU ARE GETTING A PERFECT AND PRECISE.
BUT WITH OOBLECK, JUST ADD WATER UNTIL IT FEELS RIGHT.
THE POINT OF OOBLECK’S IT RUNS LIKE A LIQUID.
IF I LET IT RUN, IT WILL BEHAVE JUST LIKE YOU WOULD EXPECT A VISCOUS LIQUID TO BEHAVE.
BUT WHEN YOU APPLY A FORCE TO IT, A SUDDEN FORCE, IT ACTS LIKE A SOLID.
NEWTON WOULD HAVE BEEN BAFFLED.
I CAN PICK IT UP AND SQUEEZE IT WITH MY HANDS, AND YOU GET FRONT EFFECTS.
YOU SEE IT IS KIND OF SOLID, BUT WHEN I LET IT GO, TURNS BACK INTO THAT LIQUID.
AND THERE ARE OTHER THINGS YOU CAN DO WITH IT.
ONE OF THE COOL THINGS WE HAVE DONE IS MAKE TAR PITS OTU OF -- OUT OF IT.
YOU CAN PUT YOUR ANIMALS INSIDE YOUR OOBLECK, SEE HOW THEY SING DOWN, AND IF YOU CAN IMAGINE IF MORE AND MORE OOBLECK, OR, IN THE REAL WORLD, TAR, IT WOULD PRESSURIZE THEM AND TURN THEM
INTO FOSSILS.
YOU CAN EXPLORE DIFFERENT CREATURES LIKE THIS.
MICHELLE: THIS IS FINE.
I AM HAVING WAY MORE FUN THAN I THOUGHT I WOULD HAVE WITH THIS.
>> SO THAT IS OOBLECK.
I WANT TO GO BACK TO OUR SLIME.
YOU CAN SEE YOUR HAND IS NICE AND OOBLECKED UP, SO WE WILL SEE IF WE CAN MIX IT WITH THE SLIME.
PICK IT UP AS BEST YOU CAN.
IT HAS DRIED OUT AND TURNED INTO MORE OF THE SLIME.
YOU GET THE SAME EFFECT.
SLIME ACT LIKE A LIQUID WHEN YOU DO NOT APPLY A FORCE.
IT IS A VISCOUS LIQUID.
I WILL FALL SLOWLY LIKE THAT.
BUT WHEN YOU APPLY FORCE, IT IS MORE SOLID AND SOLIDIFIED.
SO THIS IS CLASSIC SLIME.
THIS IS EVERY KIDS’ DREAM.
MICHELLE: I HAVE HEARD ABOUT THE SLIME.
>> YOU CAN AT THINGS LIKE GLITTER TO IT.
THERE IS DIFFERENT LIQUID YOU CAN GET.
BOUNTY SLIME, ALL KINDS OF REALLY COOL STUFF -- BOUNCY SLIME, ALL KINDS OF REALLY COOL STUFF.
MICHELLE: THIS WAS REALLY FUN CARE FOR INTRODUCING US TO THE NON-NEWTONIAN FLUIDS.
THAT WILL DO IT FOR THE SCIENCE OF IT.
JAZMIN: IF YOU WANT TO SEE OTHER COOL STUFF AT THE ORLANDO SCIENCE CENTER, IT’S OPEN THURSDAY THROUGH TUESDAY.
THEY HAVE LOTS OF EVENTS AND ACTIVITIES TO HELP KEEP THE KIDS ENGAGED WI