Answer:
High elevations and near 60 degrees latitude
Explanation:
The glaciers need special conditions to form. They need very cold and relatively dry climate throughout the whole year. This type of conditions can be found only on the high elevations, and on the high latitudes. Depending on the latitude, the elevation on which a glacier can form goes up or down. The elevation needed at the low latitudes is higher because it is warmer, while on the mid-latitudes and higher latitudes it is lowering because it is colder. The high latitudes provide suitable conditions for glaciers to exist throughout the whole year, as it is either constantly winter, or it is winter for 10-11 months of the year.
The answer to this question with the options presented in the problem would be A. 50.
It is said by experts that in the energy pyramid, 90% of energy is lost for life processes such as photosynthesis, respiration, and the like. So this means that only 10% will remain for the consumer to have. That would be saying that if suppose there are 500 units of energy available at the producer level of the energy pyramid, to get the units of energy available to the first-level consumer is to have the 10% of 500 which is 50.
Answer:
yellow, blue, and red are the primay colours
<span>According to the nebular theory stars are formed in which sequence:
a. Interstellar clouds - "nebula" is a Latin word which means clouds. These clouds start to form and are composed of gases like hydrogen and helium.
b.Clumps - as the gases start to form and come together they form clumps of gases that are highly concentrated and they start to grow.
c. Gravitational forces - when clumps have grown into big sizes the gravitational forces that are found within it increases and are converted into kinetic energy of fast-moving particles that continuously bump into each other and create or generate heat.
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d. Nuclear fission - as the clumps keep on colliding and creating heat (18 million degrees Fahrenheit), nuclear fission begins.
e. Outward pressure from the nuclear fission prevents the collapse of the gases, stabilizing the gases eventually creating a star. </span>