Are examples of quantitative trait / polygenic inheritance.
A quantitative trait is a phenotype that can be measured and depends on the
cumulative actions of many genes and the environment.
These traits are very variable among individuals, there is a range of phenotypes with continuous
distribution. For examples: height, weight, shoe size and skin color.
Answer:
semipermeable
Explanation:
semipermeable membrane, such as plasma membrane, only allows only some materials such as oxygen—small material. other <em>stuff</em><em> </em>like starch couldn't get in.
If there is one deoxyribose sugar attached to each nucleotide 30+60=90 so there should be 90 sugar molecules
Answer:
Energy stems from the sun
Explanation:
Think about it, A plant takes energy from the sun and then a worm eats it soon after a bird eats that worm then when the bird dies its body is fed to fungi or back to plant life. Pretty much the sun is our biggest source of energy
Also The sun is our major source of heat without the sun we would freeze and perish.
Answer:
phenomenons are amazing and fantastic things. People use the word to describe how spectacular something is.
Explanation:
Rainbows are phenomenons because the color of the rainbow shines through water. The light is reflected which causes the beautiful colors of the rainbow. People told stories about Rainbows, they were always curious how they were bright and how beautiful it was. You might have heard about a pot of gold in the end of a rainbow. In my opinion Rainbows are phenomenal because of the feeling you receive from it. It makes you feel happy after a dark rainy day. When it rains it looks sad, and lonely. But once the sun shines after a rainy day. It shows all its beauty and wonders, the rainbow shines like a star in the sky. Which is so cool to see.
