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'Denser' images and/or videos results

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Images of 'Denser' found, 14

 
Evangelista Torricelli inventing the mercury barometer, 1643. Torricelli (1608-1647) demonstrated that liquid will rise in a tube unless the weight of the column of liquid is equal to the pressure of the air pressing on an equal section of the reservoir of liquid. The height of a column will depend on the density of the liquid used. Thus a column of water would be 9.75m (32 feet), while that of mercury which is approximately 13.5 times denser, would be .736m (29 ins). From The Atmosphere, by Camille Flammarion. (London 1873).

UIG541061

Evangelista Torricelli inventing the mercury barometer, 1643. Torricelli (1608-1647) demonstrated that liquid will rise in a tube unless the weight of the column of liquid is equal to the pressure of the air pressing on an equal section of the reservoir of liquid. The height of a column will depend on the density of the liquid used. Thus a column of water would be 9.75m (32 feet), while that of mercury which is approximately 13.5 times denser, would be .736m (29 ins). From The Atmosphere, by Camille Flammarion. (London 1873).

UIG541061

 
Evangelista Torricelli's (1608-1647) demonstration 1643. It showed that the height of a column of liquid is governed by atmospheric pressure and that the height of the column is directly proportional to the density of the liquid. Water will rise to 9.75m (32 feet) but mercury, which is approximately 13.5 times denser, will only rise to .736m (29 ins). A meter (3 feet) tube is filled with mercury and the open end placed in a dish of mercury. The liquid will fall in the tube until the weight of the column is in equilibrium with atmospheric pressure - .736m (29 ins). From The Atmosphere by Camille Flammarion. (London, 1873).

UIG541064

Evangelista Torricelli's (1608-1647) demonstration 1643. It showed that the height of a column of liquid is governed by atmospheric pressure and that the height of the column is directly proportional to the density of the liquid. Water will rise to 9.75m (32 feet) but mercury, which is approximately 13.5 times denser, will only rise to .736m (29 ins). A meter (3 feet) tube is filled with mercury and the open end placed in a dish of mercury. The liquid will fall in the tube until the weight of the column is in equilibrium with atmospheric pressure - .736m (29 ins). From The Atmosphere by Camille Flammarion. (London, 1873).

UIG541064

 
Salt deposits on the shores of the Dead Sea, 2014

UIG1580124

Salt deposits on the shores of the Dead Sea, 2014

UIG1580124

 
Salt deposits on the shores of the Dead Sea, 2014

UIG1580123

Salt deposits on the shores of the Dead Sea, 2014

UIG1580123

 
Comparison between Earth, Mercury and the Moon - Earth, Mercury, and Earth's Moon compared - Comparison at the scale of the Earth's size, the planet Mercury and the Moon. The diameter of Mercury is about one third of that of the Earth. Mercury is a little larger than the Earth's Moon and is believed to be composed mostly of iron and rock, making it considerably denser than the Moon. Mercury also has a magnetic field about 1% as strong as the Earth's. Mercury's diameter is only one third that of the Earth's. It has only 6% the mass. If you weigh 180 pounds on the Earth, you would weigh 64 pounds on Mercury. Is only one-third the Earth's distance from the Su

Walter B Myers

PIX4629901

Comparison between Earth, Mercury and the Moon - Earth, Mercury, and Earth's Moon compared - Comparison at the scale of the Earth's size, the planet Mercury and the Moon. The diameter of Mercury is about one third of that of the Earth. Mercury is a little larger than the Earth's Moon and is believed to be composed mostly of iron and rock, making it considerably denser than the Moon. Mercury also has a magnetic field about 1% as strong as the Earth's. Mercury's diameter is only one third that of the Earth's. It has only 6% the mass. If you weigh 180 pounds on the Earth, you would weigh 64 pounds on Mercury. Is only one-third the Earth's distance from the Su

Walter B Myers

PIX4629901

 
A girl is standing at a gramophone that is going to play an LP with Klas Klättermus, Sweden, 1960s (photo)

Kristoffersson

SJB7388406

A girl is standing at a gramophone that is going to play an LP with Klas Klättermus, Sweden, 1960s (photo)

Kristoffersson

SJB7388406

 
Astronauts on Titan - Illustration - Releasing a weather balloon on Titan - Astronauts make meteorological measurements on the surface of Titan. A titanian explorer prepares to release a weather balloon while another direct a flood lamp to illuminate the activity. On the left is a supply cart with a portable weather station, featuring an interactive control panel designed to accommodate hands enclosed in thick gloves. All exposed hardware would have to function at temperatures of minus 300* F and below. With an atmosphere 10 times denser than the Earth's, weather would be of keen interest to Titan's visitors. High in Titan's atmosphere wind velocities in excess of 400 mph have been detected. While not much is known about winds and weather at Triton's surface, terrain features resembling dune fields have been observed, suggesting surface winds have occurred at some locations. Fogs of methane gas would likely be present at the surface as well

Walter B Myers

PIX4626113

Astronauts on Titan - Illustration - Releasing a weather balloon on Titan - Astronauts make meteorological measurements on the surface of Titan. A titanian explorer prepares to release a weather balloon while another direct a flood lamp to illuminate the activity. On the left is a supply cart with a portable weather station, featuring an interactive control panel designed to accommodate hands enclosed in thick gloves. All exposed hardware would have to function at temperatures of minus 300* F and below. With an atmosphere 10 times denser than the Earth's, weather would be of keen interest to Titan's visitors. High in Titan's atmosphere wind velocities in excess of 400 mph have been detected. While not much is known about winds and weather at Triton's surface, terrain features resembling dune fields have been observed, suggesting surface winds have occurred at some locations. Fogs of methane gas would likely be present at the surface as well

Walter B Myers

PIX4626113

 
Planetary nebula NGC 6543 in the Dragon/HST - This NASA Hubble Space Telescope image shows one of the most complex planetary nebulae ever seen, NGC 6543, nicknamed the “Cat's Eye Nebula.””” Hubble reveals surprisingly intricate structures including concentric gas shells, jets of high - speed gas and unusual shock - induced knots of gas. Estimated to be 1,000 years old, the nebula is a visual “” fossil record”” of the dynamics and late evolution of a dying star. A preliminary interpretation suggests that the star might be a double - star system. The dynamical effects of two stars orbiting one another most easily explains the intricate structures, which are much more complicated than features seen in most planetary nebulae. (The two stars are too close together to be individually resolved by Hubble, and instead, appear as a single point of light at the center of the nebula.) According to this model, a fast “” stellar wind””” of gas blown off the central star created the elongated shell o

PIX4623213

Planetary nebula NGC 6543 in the Dragon/HST - This NASA Hubble Space Telescope image shows one of the most complex planetary nebulae ever seen, NGC 6543, nicknamed the “Cat's Eye Nebula.””” Hubble reveals surprisingly intricate structures including concentric gas shells, jets of high - speed gas and unusual shock - induced knots of gas. Estimated to be 1,000 years old, the nebula is a visual “” fossil record”” of the dynamics and late evolution of a dying star. A preliminary interpretation suggests that the star might be a double - star system. The dynamical effects of two stars orbiting one another most easily explains the intricate structures, which are much more complicated than features seen in most planetary nebulae. (The two stars are too close together to be individually resolved by Hubble, and instead, appear as a single point of light at the center of the nebula.) According to this model, a fast “” stellar wind””” of gas blown off the central star created the elongated shell o

PIX4623213

 
Endowing municipal law by Duke Leopold VI, 1221 (b/w photo)

SZT3008729

Endowing municipal law by Duke Leopold VI, 1221 (b/w photo)

SZT3008729

 
Titan Exploration - Illustration - Titan's low surface gravity - Astronauts on the surface of Titan. On Saturn's satellite, gravity is lower than on the Moon, an astronaut weights ten times less than on Earth. While Titan is one of the largest terrestrial worlds in the Solar System, larger even than any of the known dwarf planets, the pull of gravity at its surface is only 1/10th the Earth's. Titan's surface gravity is lower than even the Moon's (which is 1/6th the Earth's), and yet Titan's diameter is about 50% larger than the Moon's.

Walter B Myers

PIX4626133

Titan Exploration - Illustration - Titan's low surface gravity - Astronauts on the surface of Titan. On Saturn's satellite, gravity is lower than on the Moon, an astronaut weights ten times less than on Earth. While Titan is one of the largest terrestrial worlds in the Solar System, larger even than any of the known dwarf planets, the pull of gravity at its surface is only 1/10th the Earth's. Titan's surface gravity is lower than even the Moon's (which is 1/6th the Earth's), and yet Titan's diameter is about 50% larger than the Moon's.

Walter B Myers

PIX4626133

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