<span>All extremities of the human body, including fingers, hands, arms, toes, feet, legs, ears, and the nose, could be examined by a nurse to confirm a diagnosis of frostbite. As frostbite is a condition of the skin, any exposed area should suffice to confirm the diagnosis.</span>
3:1.<span> The physical appearance of the </span>offspring<span> will be 3 </span>organisms<span> that look like the </span>parents<span>: 1 individual that differs in appearance.</span>
The answer to this question is:
<span>Sodium's atomic number is 11 what does that tell you about an atom of sodium?
</span><span>B-"it contains 11 protons"
Hoped This Helped,</span><span>Caitlyndecker
Your Welcome :)</span>
Answer and Explanation:
Stars get born from dust and gases that are dispersed in the universe. All the stars differ in their mass and chemical composition, but generally speaking, they are formed by 70% of hydrogen, 24-26% of helium, 4-6% of chemical elements called metals.
Gravity is a force that plays an important role in star formation. It is in charge of getting together and comprising all the elements in the nebula, the dust, and gases. During the comprising process, these elements get heated, causing gradual and consequent heating in the core of the forming-star, which is called proto-star. In a proto-star, the core is not hot enough and gravity is still comprising elements from the molecular gas cloud of the interstellar medium. This makes the core to be more comprised and heated each time. When the amount of comprised material is big enough, the core reaches such an elevated temperature that it turns on a "nuclear oven" which is the highest pressure and temperature point in the star. At this point, the core starts to release important amounts of energy. The new star is in an equilibrium point, where gravitational forces that pull material to the interior of the star, are compensated by the gas and radiation pressure emitted by the star core that pulls matter out.