Answer:
More carbon dioxide (CO2) would be in our atmosphere.
Explanation:
Plants undergoing photosynthesis take in carbon dioxide (CO2) and give out oxygen (O2). They essentially use the CO2 to make sugars that keep them alive. Excess plant CO2 is then given off back into the environment, just like how we exhale CO2 after taking a breath.
So, no plants to take in the CO2 equals more CO2 in the environment.
Think of it kinda like this: I like Pop Tarts. If there is less or none of me in the world, there are more Pop Tarts just... out there... waiting to be eaten.
The main feature, as in all lipids, is the large number of carbon-hydrogens which make steroids<span> non-polar. </span>Steroids<span>include such well known compounds as </span>cholesterol<span>, sex hormones, birth control pills, cortisone, and anabolic </span>steroids<span>. The best known and most abundant </span>steroid<span> in the body </span>is cholesterol<span>.</span>
Answer:
the left one where the dna is labeled in the center with the wacky string
Decomposers include certain types of bacteria, worms, slugs, snails and fungi. All of these organisms break down or eat dead or decomposing organisms to help carry out the process of decomposition.
They are the last step in the food chain, which recycles nutrients and breaks down wastes and organic matter in the ecosystem.
Answer:
c. bivalents.
Explanation:
In Meiosis a bivalents are formed during the first stage of meiosis which is the prophase. The bivalent consist of a paired chromosome and four chromatids i.e two chromosomes in a tetrad. one chromosome comes from each parent.
In mitosis, a bivalent is not formed. There is the presence of chromatids, homologs, centromeres and spindles during mitosis and meiosis.