Answer:
Despite the fact that the distance between Earth and the Moon is the most significant factor for the tides, the position of the three stars is also of consideration.
Explanation:
At Full Moon, when the Moon is in opposition (the Moon on one side or end, the Earth in the center and the Sun on the other), the attractive force of both is added and the tides are higher. These tides are called live or syzygy tides.
The same happens on the New Moon, when the Moon is between Earth and the Sun. There will be more attraction on this side of the Earth, but there will also be less force on the other side, producing a high tide here also due to the centrifugal force of the Earth. Earth. In contrast, when the Moon is square (first quarter or third quarter), the gravitational pull of the Sun and Moon counteract each other and the tides are small. These tides are called dead tides.
A file of these positions of a tidal cycle is attached
Answer:
Mafic minerals are usually dark in color and have relatively high specific gravities (greater than 3.0). ... Felsic minerals are usually light in color and have specific gravities less than 3.0. Common felsic minerals include quartz, muscovite mica, and the orthoclase feldspars.
Answer:
Albedo is a term describing the Earth's reflection of solar radiation
Explanation:
The definition of albedo is the measurement of the reflection of solar radiation received by a planet, for instance. The problem describes the Eart. Therefore, it is the diffuse reflection of solar radiation. Since it is a reflection, it cannot be a production of radiant heat, nor it is the refraction of energy. Since it is reflected back, albedo cannot be the use of energy in biomass production either.
Weathering agents would be the correct answer.