WebOct 3, 2024 · Floating Ping Pong Ball Keywords: 2024, Bernoulli, Coand? Effect, Fluid, Physics Meta Description Discover the physics of fluids by using air to levitate a ping pong ball in midair. ... Disassemble the hair dryer and take out its motor. Step 2 Use a side cutter to remove the handle section of the casing of the hairdryer. Web1 hair dryer Step 1 Turn on the hair dryer and aim straight up. Step 2 Place the ball above the hair dryer and watch it float in the air. Explanation This experiment illustrates Bernouille's principle. The principle states that the faster air moves over an object, the less the air pushes on the object (the air pressure is lower).

Floating Ping Pong Ball (Bernoulli

WebIn on our lectures, we saw that a ping pong ball in the stream of a hair dryer stayed in the stream because of Bernoulli's Principle. The ping pong ball has mass m = 2.7 g and … WebThe ping-pong ball stays within the column of air coming from the hair dryer because of air pressure. The air coming from the hair dryer is moving faster than the air around it, and this means that it also has a lower air pressure than the air around it. ethylene rice blast

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WebStep 1: Supplies What you will need: Source of blowing air (Hairdryer, air compressor, your lungs, etc) Some Ping Pong balls Ask Question Comment Step 2: Take Your Source of Air and Point It Up Towards the … WebCarefully put the ping-pong ball in the stream of air. Hold the hair dryer very steady and watch as the ping-pong ball floats in the stream of air. Carefully move the hair dryer from left to right and watch how the ball moves as well, staying in the stream of air. Try floating other lightweight objects in the air stream at the same time. WebFeb 11, 2024 · Ping pong ball; Scissors Directions: Get a hair dryer and a ping pong ball. Describe how, as much as the ping pong ball wants to stay in the air, it can’t, no matter how hard it tries. Then put a blow-dryer … ethylene rice seed germination