The phases in the life cycle of the Sun from the birth of the Sun to the time in the far distant future when the Sun has cooled are:
- Casts off matter as planetary nebula.
- Begins nuclear fusion at its core.
- Exists as it is today.
- Enters red giant phase.
- Becomes a white dwarf.
- Becomes a black dwarf.
<h3>What is a solar system?</h3>
A solar system can be defined as a collection of the outer and inner planetary (astronomical) bodies alongside the Moon that are in orbit around the Sun, in slightly elliptical orbits.
<h3>What is the Sun?</h3>
The Sun can be defined as an astronomical (celestial) body found within the solar system around which planetary (astronomical) bodies revolve and whose light shines on planet Earth to differentiate day and night.
Based on astronomical records and information, we can infer and logically conclude that the phases in the life cycle of the Sun from the birth of the Sun to the time in the far distant future when the Sun has cooled are:
- Casts off matter as planetary nebula.
- Begins nuclear fusion at its core.
- Exists as it is today.
- Enters red giant phase.
- Becomes a white dwarf.
- Becomes a black dwarf.
Read more on the life cycle of the Sun here: brainly.com/question/3953729
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B!!!!! Is ur answer not sure if I’m right tho!
If a student made a model of an onion skin cell using a microscopic magnification scale of 500:1 and the length of the modeled cell is 15 cm, the real cell's length would be 0.03 cm.
The scale is 500:1. This means that the dimension of the real cell without being magnified under the microscope would be 1/500.
Thus, if the length of the cell under the microscope is 15 cm. This length has been multiplied by 500. In order to get the real length, it must be divided by 500.
15 x 1/500
= 0.03 cm
More on microscopic magnification can be found here: brainly.com/question/14668612
Answer:
c
everyone sends off body heat to warm up snuugggling is the best example
Answer
<em>The correct option is determining the size of the fire coral population in a quadrat sample area and using it to estimate the overall population size
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Explanation:
Quadrat can be described as a method to calculate the size of individuals of a population. A quadrat is an instrument which has a square shape which is used by statisticians to measure the distribution of population in a unit area. By counting the number of individuals in the quadrat, the number of individuals in the whole area can be calculated.
It is an effective method because counting each individual from a population becomes extremely tiresome and may not be possible for larger populations.