be rubbed with a lightly colored-balloon for thirty seconds. Then the balloon will quickly be put on the wall and timed for how long it takes to fall down. Then it will be recorded and the results will need to be analyzed. The brunettes still held the most‚ but the blonds held less static electricity that the red haired people. The hypothesis was rejected in this experiment. Everyone loves to stick balloons to the wall with static electricity. Balloons are made of natural latex. Static
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up to power with the Internet. Named Project Loon‚ it focuses on a simple idea of releasing a swarm of balloons up into the stratosphere that would beam connection speeds as fast as the modern day 3G networks or even faster. This opens a wide range of
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every action there is an equal and opposite reaction’ When a balloon is inflated plus released with no tying the inlet‚ the balloon flies all above the place as the air is released. The balloon and the air flowing out of the balloon travel in opposite directions. The Third Law of Motion states that every action has an equal and opposite reaction. This information can be used to create a balloon pinwheel. Tape the inlet of the balloon around the straw at the end opposite the flexible joint of the
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Length of Balloon (0.1cm) Trial: Time: Seconds (0.1cm) 30 1 2.0 30 2 2.1 30 3 1.9 30 4 2.2 30 5 1.8 mean: 2.0 Displacement (meters and centimeters) (1) Work (0.1) Power (0.1) 11 m‚ 18 cm 559 279.5 11 m‚ 32 cm 566 269.5 10 m‚ 33 cm 516.5 271.8 11 m‚ 32 cm 566 257.3 10 m‚ 32 cm 516 286.7 10 m‚ 89.4 cm 544.7 273.0 Veloctiy (m/s) Displacement/Time Acceleration (m/s/s) Velocity/Time Trial 1 11.18/2.0 = 5.59 5.59/2.0 = 2.80 Trial 2 11.32/2.1 = 5.39 5.39/2.1 = 2.57 Trial 3 10.33/1.9 = 5.43 5.43/1
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acceleration of which the water balloon is traveling causing it not to burst. When the balloon was dropped without a parachute the force of gravity was pulling it towards the ground therefore causing it to accelerating at such a fast rate that when it hit the ground the amount of force it hit the ground with was so great that the balloon popped. However when the balloon was dropped with a parachute‚ after deploying‚ it would provide wind resistance and therefore cause the balloon to decelerate causing it
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Trongcoso Submitted to: Ms. Matilde Macawile Balloon Powered Car When it comes to powering a race car‚ there are a ton of different options. Some cars are powered by gasoline‚ diesel‚ or other combustible fuels‚ or you can even power miniature race cars using a mousetrap! In the Balloon Powered Car‚ we’ll show you how to build a racer that uses the power of air pressure to roll across a room. Objectives: a.) to create a balloon powered race car for maximum speed and distance
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its dormant state‚ the balloon’s circumference and weight will increase‚ the pH will decrease‚ and the process of cellular respiration will be replaced by fermentation. Parts of the hypothesis were supported while others parts were disproved. The balloons’ circumferences‚ cellular respiration being replaced by fermentation‚ and forearm muscle fatigue were supported by the data. However‚
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goal of the machine would be to pop a balloon and to blow out a candle. The goal would be achieved by using the potential energy in the balloon‚ popping it‚ and using the now present kinetic energy‚ which is the air‚ to blow out the flame of the candle. The final products would be a popped balloon and a blown out candle. The trial of planning and building the alka seltzer project was very chaotic. Initially‚ the goal of the machine would be to pop a balloon and chemically change the color of a liquid
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using classical conditioning as well. SLIDE2 GLOBOPHOBIA: DEVELOPING A FEAR OF BALLOONS BEFORE CONDITIONING Loud Noise = unconditioned stimulus (US) - Crying/Fear = unconditioned response (UR) Balloon = neutral stimulus (NS) – no response (NR) DURING CONDITIONING Popping balloon (UCS + NS) = Crying/Fear (CR) AFTER CONDITIONING Balloon (CS) = Fear/Crying/Phobia (CR) (Speaker Notes) Globophobia is the fear of balloons. As with most fears‚ globophobia is most likely a result of classical conditioning
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had to do was to fill 5 balloons to the same volume with different gases and to raise the temperature. From this experiment came Charles’ Law. The law that affects everything from footballs to the human lungs. Jacques Charles is very important to today’s scientific studies because of what he invented‚ his achievements‚ and his studies on volume and temperature. Jacques Charles was born Beaugency‚ France in 1746. He was a French balloonist who flew the first hydrogen balloon in 1783. With the help
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