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Who demonstrated that a small suspended sphere in a vacuum would move toward a large fixed sphere?
Possibly Von Guericke ( pronounced Gerr-eeque) a German scientist and a bit of a showman. He is best known for the Magdeburg Hemispheres (Tug of War) which would not be permissible today due to animal protection laws- unless, say two powerful tractors were used. The Tug of War was in l654 (It Rhymes)
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Do objects that fall toward Earth fall faster and faster?
Objects that fall towards Earth do not fall faster and faster. In a vacuum, all objects fall at the same rate, regardless of their mass. This is known as the principle of universal gravitation and was first demonstrated by Galileo.
What did otto von guericke contribute to the particle theory?
Otto von Guericke contributed to the particle theory by conducting the famous Magdeburg hemispheres experiment which demonstrated the concept of a vacuum and the existence of air pressure. His work helped in understanding the nature of particles and their behavior in a vacuum.
What happens in a vacuum between two objects of different masses?
In a vacuum, all objects fall at the same rate regardless of mass due to the absence of air resistance. This is known as the principle of equivalence and was famously demonstrated by Galileo with his experiment at the Leaning Tower of Pisa.
How do we know that electromagnetic waves can travel through to vacuum?
Electromagnetic waves are a form of energy that does not require a medium to travel through, so they can propagate through a vacuum. This is due to the nature of electromagnetic fields, which can self-propagate and do not rely on particles to transmit the wave. This property has been extensively demonstrated through various scientific experiments and observations, affirming that electromagnetic waves can travel through a vacuum.
How does a vacuum cleaner simulate a tornado How is it like a real tornado?
A vacuum cleaner simulates a tornado by creating a spinning vortex that sucks in debris and dirt. Similar to a real tornado, the swirling motion creates a low-pressure system that pulls objects toward the center. The intense suction power of a vacuum cleaner resembles the strong winds in a tornado that pick up and carry objects.
How does the speed of light change as light change as light moves from a distant star toward earth in the vacuum of space?
As long as it remains in the vacuum in the vacuum, the speed of the light doesn't change at all.
Is a sphere of empty vacuum more buoyant in water than an equal size sphere of air?
When fully submerged on earth, yes. The net buoyancy force will be equal to the weight of the water displaced minus the weight of the object doing the displacing. Because the volume of water displaced by the water will be the same, and presumably have the same weight when the objects are both fully submerged, and the sphere of empty vacuum weighs less than the sphere of air, there will be a greater net upward buoyancy force on each object on earth.
Why are raindrops shaped like pear instead of a ball?
A raindrop would be sphere-shaped if it were floating in space or in the air, but because it does not float, but falls toward the Earth, the raindrop encounters resistance by the air. As the drop passes through the air, the relative motion of the air past the diameter of the spherical drop creates a slight vacuum at the top of the raindrop and that vacuum draws the top of the raindrop upward, creating the pear shape.
Why is a rain droplet shaped like a pear instead like a ball?
A raindrop would be sphere-shaped if it were floating in space or in the air, but because it does not float, but falls toward the Earth, the raindrop encounters resistance by the air. As the drop passes through the air, the relative motion of the air past the diameter of the spherical drop creates a slight vacuum at the top of the raindrop and that vacuum draws the top of the raindrop upward, creating the Why_are_raindrops_shaped_like_pear_instead_of_a_ballshape.
What Earth's outermost sphere is called the?
The Earth's outermost sphere is the Lithosphere. It's the rigid outermost shell of the Earth.
Do objects that fall toward Earth fall faster and faster?
Objects that fall towards Earth do not fall faster and faster. In a vacuum, all objects fall at the same rate, regardless of their mass. This is known as the principle of universal gravitation and was first demonstrated by Galileo.
What is that black sphere with 1 vacuum line in an 89 Chevy s10 engine compartments purpose?
It is a vacuum reservoir to keep the HVAC controls in operation when engine is not producing good vacuum such as under acceleration or climbing long grades. Newer S10's still have one but it is hidden inside the drivers front fender.
What did otto von guericke contribute to the particle theory?
Otto von Guericke contributed to the particle theory by conducting the famous Magdeburg hemispheres experiment which demonstrated the concept of a vacuum and the existence of air pressure. His work helped in understanding the nature of particles and their behavior in a vacuum.
Where is the thermostat located on a 2000 VW Sharan 1.9 TDi?
when you remove the engine cover, you see small sphere closest to your alternator. Remove that sphere (vacuum reservoir) and you see outlet pipe from Main radiator. Remove the plastic elbow and you see the thermostat on your engine. Cheers!
What happens in a vacuum between two objects of different masses?
In a vacuum, all objects fall at the same rate regardless of mass due to the absence of air resistance. This is known as the principle of equivalence and was famously demonstrated by Galileo with his experiment at the Leaning Tower of Pisa.
Why isn't north always up?
north is a direction horizontally, going along, if you stretched out the earth into a flat ball and walked to the center (north) you would be walking up. if you look at he earth as if its a ball in a vacuum,we cant see outside the vacuum therefore there is not way of telling which way is up in the vacuum, and if we cant say which way up is we cant point to the top of the world, just another point on a sphere in a vacuum.
How do we know that electromagnetic waves can travel through to vacuum?
Electromagnetic waves are a form of energy that does not require a medium to travel through, so they can propagate through a vacuum. This is due to the nature of electromagnetic fields, which can self-propagate and do not rely on particles to transmit the wave. This property has been extensively demonstrated through various scientific experiments and observations, affirming that electromagnetic waves can travel through a vacuum.
