Answer:
C. Dark Moths had a survival disadvantage in industrial Dorset
Explanation:
Looking at the graph, you can see that the Dark Moth, compared to the Light Moth actually had a survival advantage.
I won't be explaining the why's to this phenomena, considering that the question is based solely on the graph.
Compare the two bars of Dorset. The Light Colored moths are represented by the green graph while the Dark colored moths are represented by the orange bar. The orange bar extends further that the green bar, showing that they recovered better than the other. So this means they were at an advantage and NOT at a disadvantage.
Eukaryotic cells have specific membrane bounded organelles to perform various specific functions.
Eukaryotic cells are cells that have a true membrane-bound nucleus and other membrane bound organelles (organized and specialized structures) that perform various functions within the cell. The organelles include; nucleus (the most important organelle and the control center of the cell), ribosomes (which arranges enzymes and other proteins based on the information found in the DNA code), endoplasmic reticulum (which is the site of cellular chemical reactions), Golgi apparatus, vacuoles (which serves as temporary storage sites), lysosomes, and mitochondria (which is responsible for making the cell’s main energy-carrying molecule).
Crossover occurs when two chromosomes, normally two homologous instances of the same chromosome, break and then reconnect but to the different end piece. If they break at the same place or locus in the sequence of base pairs, the result is an exchange of genes, called genetic recombination.
No. Not all organisms. Because in a way fish are organisms and there are some that live way down in the deep dark water. And they cannot swim up to where the sun is or they would disintegrate. So the answer would be no, not all organisms depend on the sun for energy. Different organisms have different ways of getting energy.
Answer:
Enzymes speed up the rate of almost all chemical reactions that take place within the cells. They're important for life because they help with digestion and metabolism.
Explanation:
