Answer:
See explanation below:
Explanation:
Transit Photometry is the most widely-used and effective to date, it has been a method that measures the light curve of distant stars for periodic dips in brightness. These are the result of exoplanets passing or transiting in front of the star relative to the observer. It is currently the most effective and sensitive method for detecting extrasolar planets, particularly from an observatory in space. When combined with radial velocity data, a transit can also provide a good estimate of the planet's mass. This method detects distant planets by measuring the minute dimming of a star as an orbiting planet passes between it and the Earth.
The main reason direct detection of exoplanets is difficult is because most planets orbit planets orbit at small angular separations on the sky, this means a direct detection is only possible if the star's light can be suppressed or occulted such that the faint light from the planet can be detected.
Some planets are found via the wobble method, using both methods, combining mass and size, scientists can calculate the planet's density, an important step towards assessing its composition.
Answer:
Explained
Explanation:
Hails are formed in the updraft region of the thunderstorm. the size of hail depends upon the intensity of updraft in the storm. Greater the intensity of updraft larger the size of hail. When the updraft is weakened hail under gravity fall to the earth surface.
We can easily notice hail rings in sliced hail. These rings nothing but alternate rings of white. the White rings( soft ice) is produced by the supercooled water and ice crystal coming in contact with hailstone that is below freezing point temperature on the surface while the clearer rings are produced from water that is above freezing point.
Answer:
No, because a single observation on one planet is not sufficient to discredit a theory.
Explanation:
The correct answer for the question that is being presented above is this one: "<span>c. water storage." </span><span>Water storage is one of the following adaptations would be found in a savanna plant, but not necessarily in a grassland plant. This is because savannas may lack water and whenever there is available water (e.g. rain) the plants needs to store it for future usage.</span>
