Answer:
Option B, yellow stars
Explanation:
The different range of temperature and the color associated with the stars are as follows - Star with temperature between 5 to 6 thousand kelvin are yellow in color . A star of blue color has a temperature between 30 to 40 thousand kelvin, while a star that has a temperature between 10 to 30 thousand kelvin appears blue white in color. A star appears white when it has a temperature between 7 to 10 Kelvin . A star has red color when its temperature is less than 3.5 thousand kelvin.
Hence, option B is correct.
Answer:
Genomic Instability
Explanation:
Normal cells have normal DNA and a normal number of chromosomes. Cancer cells often have an abnormal number of chromosomes and the DNA becomes increasingly abnormal as it develops a multitude of mutations.In contrast to normal cells, cancer cells don't stop growing and dividing, this uncontrolled cell growth results in the formation of a tumor. Cancer cells have more genetic changes compared to normal cells, however not all changes cause cancer, they may be a result of it.
Answer:
Because that's just how it works.
Someone can eat a steady diet of steak and potatoes but they don't turn into steak and potatoes.
When we eat, we consume the meat and energy of the animal. We don't consume some mystical part of them that gives us their qualities.
For example:
You can eat deer meat and not get as quick as a deer, or lion meat and not get the courage of a lion.
We can apply this to the "You are what you eat" phrase people like to use.
Just because you eat a lot of donuts, for example, doesn't mean you'll turn into a donut, or get any donut like qualities (Except maybe stickiness).
Foxes eat rabbits to be healthy, and <em>alive, </em>not to eat plants and hop around and 50 thousand kids
I hope this wasn't too sarcastic-
Rereading it, it kinda came off like that-
Hope this helps though?
Explanation:
Answer:
A light microscope, particularly when the cell has indeed been spattered to disclose information, would've been ideal when examining a small living organism.
Explanation:
A light microscope is a laboratory biology instrument or device that uses transparent sensors to illuminate and exacerbate and enlarge, very small objects. Individuals use lenses to center light on the test sample, thereby amplifying it to produce an image. The experiment is usually located near the respective.
It does this by producing a magnified image using a series of glass lenses, which first focuses a laser light on or through an object, then conveys objective lenses to expand the created image.
