Jason Lindsey
FeaturesOctober 5, 2017
Hooked on Science: Leakproof bagn Several round, sharp pencils n Water n Re-sealable storage bag n STEP 1: Fill the bag with water. Describe the bag by its observable properties. n STEP 2: Gently push the pencils through the bag. What happens? Describe how pushing pencils can be used as a model t...FeaturesSeptember 28, 2017
Hooked on Science: Reversing arrown Transparent glass n Black permanent marker n Piece of paper n Water n STEP 1: Fill the transparent glass with water. n STEP 2: Using the black permanent marker, draw a horizontal arrow on the piece of paper. n STEP 3: Place the piece of paper with the arrow behin...FeaturesSeptember 14, 2017
Hooked on Science: Soaring toilet papern Leaf blower n Toilet paper n Dowel rod n STEP 1: Place the toilet paper on the dowel rod and unroll a few pieces. n STEP 2: Hold the dowel rod horizontally so the roll will unroll away from you. n STEP 3: Turn on the leaf blower and aim the stream of air just ove...FeaturesSeptember 7, 2017
Hooked on Science: Pop a balloon inside a balloonn Magnifying glass n Black balloon n Clear balloon n STEP 1: Push the black balloon inside the clear balloon. Inflate and tie the black balloon. n STEP 2: Inflate the clear balloon so the black balloon can move freely inside it. Tie the clear balloon...FeaturesAugust 31, 2017
Hooked on Science: Balloon in a bottlen Balloon n Water bottle n STEP 1: Pour the water out of the water bottle. Describe the water by its observable properties. n STEP 2: Insert the balloon into the water bottle and pull the neck of the balloon over the outside of the bottle. Describe the air, inside ...FeaturesAugust 24, 2017
Hooked on Science: Sound blastern 18-ounce plastic cup n Metal Slinky n STEP 1: Hold the top ring of the Slinky to the bottom of the plastic cup. n STEP 2: Gently swing the Slinky back and forth, allowing the Slinky to hit the floor, and observe. Sound is vibrations moving through matter. As you ...FeaturesAugust 17, 2017
Hooked on Science: Mashing mattern Bicycle pump with rubber stopper n 1-liter clear plastic bottle n Bean-bag filler n STEP 1: Completely fill the bottle with bean-bag filler. Describe the filler by using its observable properties. n STEP 2: Attach the pump to the stopper. Attach the stopper to th...FeaturesAugust 3, 2017
Hooked on Science: Magnetic moneyn Neodymium magnet n United States $1 bill n STEP 1: Hold the dollar bill so it hangs freely from your fingers. What effect will the neodymium magnet have on the dollar? n STEP 2: Look for a location on the dollar bill, which has a lot of ink, bring the magnet clos...FeaturesJuly 27, 2017
Hooked on Science: Soda can shaken 2 cans of regular soda n Transparent cup n STEP 1: Pour one of the cans of regular soda into the transparent cup. Describe the soda by its observable properties. n STEP 2: Excite the carbon dioxide gas bubbles inside the other can of soda by rapidly shaking...FeaturesJuly 20, 2017
Hooked on Science: Exploding baby bottlen Hard plastic 8-ounce baby bottle n Rubber nipple without hole n Alka-Seltzer n STEP 1: Fill the hard plastic baby bottle halfway with water. n STEP 2: Add two Alka-Seltzer to the baby bottle and securely attached the rubber nipple to the top of the bottle. Shake ...Advertisement
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