Examples of using Surface gravity in English and their translations into Indonesian
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Ecclesiastic
Once on Mars, surface gravity is only 38% of that on Earth.
By contrast, most humans can tolerate three to five times Earth's surface gravity before losing consciousness.
Martian surface gravity is just 37% of the Earth's(which means you could jump about three times higher on Mars).
The centrifugal effect of this slow rotation is 18million times weaker than the surface gravity at the Sun''s equator.
Martian surface gravity is only 37% of Earth(meaning you could leap nearly three times higher on Mars).
If it has water-like density(1 g/cm3)then it would mass 2.5 Earths and have a surface gravity of 0.43 times Earth's.
Martian surface gravity is only 37% of the Earth's(meaning you could leap nearly three times higher on Mars).
Therefore, Jupiter and other gas giants have their surface gravity defined by the force of gravity at their cloud tops.
Martian surface gravity is just 37% of the Earth's(which means you could jump about three times higher on Mars).
Using the stellar spectrum,astronomers can also determine the surface temperature, surface gravity, metallicity and rotation velocity of a star.
The surface gravity would be about the same or slightly higher than Earth's, so that a person could easily walk upright on the planet, Vogt says.
Other characteristics of a star can bedetermined by close analysis of its spectrum include surface gravity(related to physical size) and composition.
The table below shows comparative Surface gravity of the Sun, the Earth's moon, each of the planets in the solar system.
Previously, many astronomers thought that elemental composition in a star's atmosphere depended on the properties of the star that don't change,such as the rotation rate or surface gravity.
To escape from this star's surface gravity, one would have to travel at a velocity of 100,000 km/s, which is about a third of the speed of light.
The denser air and thick clouds would keep the surface in a perpetual murky red twilight,and its large mass means that surface gravity would be around double that on Earth.".
Because the density of mercury depends on temperature and surface gravity, both of which vary with local conditions, specific standard values for these two parameters were adopted.
But if ever you happen to set foot on the planet Jupiter, you will weigh more than twice as much becauseJupiter's gravity is a little over twice than earth's natural equatorial surface gravity.
Even though the surface gravity of asteroid-like Phobos is less than 1/1000th Earth's gravity, streaks suggest loose material slid down inside the crater walls over time.
The team of scientists also discovered that K2-18b has a mass eight times greater than that of Earth,which means that the surface gravity of the planet would be eight times higher than the one on our planet.
The scale height of the atmosphere is about 10.8 km,[100]which is higher than Earth's(6 km) because the surface gravity of Mars is only about 38% of Earth's, an effect offset by both the lower temperature and 50% higher average molecular weight of the atmosphere of Mars.
An interesting side-note: the researchers calculate that the carbon atmosphere is only about 4 inches thick, as shown in the figure,because it has been compressed by a surface gravity that is 100 billion times stronger than on Earth.
The scale height of the atmosphere is about 10.8km(06.7miles), which is higher than Earth's,6km(04miles), because the surface gravity of Mars is only about 38% of Earth's, an effect offset by both the lower temperature and 50% higher average molecular weight of the atmosphere of Mars.
Together, they consulted data on TRAPPIST-1s kinematics(i.e. the speed at which it orbits the center of the galaxy), its age, magnetic activity, density,absorption lines, surface gravity, metallicity, and the rate at which it experiences stellar flares.
It is found that the scale height of the atmosphere is about 10.8 kilometer which is higher than our Earth(6 km)due to Mars's surface gravity is only 30% of the Earth's, an effect offset by both lower temperature& 50% higher average molecular weight of Mars' s atmosphere.
The planet has to be the right distance from the star so it's not too hot,not too cold… and then it has to have surface gravity so that it can hold on to a substantial atmosphere and allow the water to pool.".