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1 - pressure ppt
Added : 3 mounth ago
liquid pressure. pascal vases show that liquid pressure does not depend on the volume of liquid . but instead depends on the height (or depth) of liquid. equation for liquid pressure. p = ρgh. liquid pressure is dependent on 3 things: density of the liquid (ρ) gravitational field strength (g … as level physics pressure...
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liquid pressure. pascal vases show that liquid pressure does not depend on the volume of liquid . but instead depends on the height (or depth) of liquid. equation for liquid pressure. p = ρgh. liquid pressure is dependent on 3 things: density of the liquid (ρ) gravitational field strength (g … as level physics pressure...
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Added : 3 mounth ago
propagation describes the spreading of a disturbance. waves transfer energy, momentum, and information, but not mass classifying waves by medium mechanical waves matter is the medium. sound is a mechanical wave. electromagnetic waves electric and magnetic fields are the media. light is an electromagnetic wave. gravitational waves the gravitational field is the medium. the existence of ... sound propogation in a medium,...
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propagation describes the spreading of a disturbance. waves transfer energy, momentum, and information, but not mass classifying waves by medium mechanical waves matter is the medium. sound is a mechanical wave. electromagnetic waves electric and magnetic fields are the media. light is an electromagnetic wave. gravitational waves the gravitational field is the medium. the existence of ... sound propogation in a medium,...
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Added : 7 mounth ago
solving problems involving gravitational field strength suppose a mass . m. is located on the surface of a planet of radius . r. we know that it’s weight is . f = mg. but from the law of universal gravitation, the weight of . m. is equal to its attraction to the planet’s mass . m. and equals . f = gmm / r. 2. thus. mg = gmm / r. 2. this same derivation works for any . r. topic 6: circular ... problems on motion in straight line...
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solving problems involving gravitational field strength suppose a mass . m. is located on the surface of a planet of radius . r. we know that it’s weight is . f = mg. but from the law of universal gravitation, the weight of . m. is equal to its attraction to the planet’s mass . m. and equals . f = gmm / r. 2. thus. mg = gmm / r. 2. this same derivation works for any . r. topic 6: circular ... problems on motion in straight line...
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Added : 7 mounth ago
heating, by radiation (light . and sound ) there are a limited number of energy stores:chemical (e.g. fuel + oxygen) kinetic (in a moving object) gravitational (due to the position of an object in a gravitational field) elastic (e.g. in a stretched or compressed spring) thermal (in a warm object) magnetic (in two separated magnets that are attracting, or repelling) electrostatic (in two ... joules heating effect...
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heating, by radiation (light . and sound ) there are a limited number of energy stores:chemical (e.g. fuel + oxygen) kinetic (in a moving object) gravitational (due to the position of an object in a gravitational field) elastic (e.g. in a stretched or compressed spring) thermal (in a warm object) magnetic (in two separated magnets that are attracting, or repelling) electrostatic (in two ... joules heating effect...
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Added : 5 year ago
electric fields review of gravitational fields electric field vector electric fields for various charge configurations field strengths for point charges and uniform ... bio battery ppt...
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electric fields review of gravitational fields electric field vector electric fields for various charge configurations field strengths for point charges and uniform ... bio battery ppt...
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Added : 6 year ago
black holes black holes the intense gravitational field left when a giant star collapses it is called a black hole because not even light can escape photon sphere the ... black hole...
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black holes black holes the intense gravitational field left when a giant star collapses it is called a black hole because not even light can escape photon sphere the ... black hole...
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Added : 6 year ago
super massive black holes a talk given by: mike ewers black holes: a theoretical definition (a review) an area of space-time with a gravitational field so intense ... black hole...
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super massive black holes a talk given by: mike ewers black holes: a theoretical definition (a review) an area of space-time with a gravitational field so intense ... black hole...
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