This is an inference because it’s not an observation
Answer:
Star 1 is hotter and brighter than Star 2
Answer and Explanation:
Replicating DNA is delicate and can breakdown in the process of duplication. The source of DNA rearrangements is broken chromosomes. These chromosomes can alter the cell genetic program. These modifications can activate a growth advantage in a single cell in our body—tumor rise when that cell remains to divide. Cells have defense mechanisms to protect us from these harmful actions. In the eukaryotic cell cycle, chromosomes segregate during the M phase and duplicate during the S phase. The S phase is known as the phase of DNA synthesis, while the M phase is known as the mitosis phase. Any problem with DNA replication activates a checkpoint during the S phase. A checkpoint is a flow of signaling events that places the phase on hold till the issue is resolved—the checkpoint of the S phase work as a surveillance camera. The main purpose of the replication is to produce an identical double strand. Each strand in a DNA molecule functions as a template for a new DNA strand.
Answer:
Our body does not transform heat energy into kinetic energy. Preferably, the heat produced by our bodies is a by-product. The chemical energy in our food is developed into chemical energy in distinct forms, essentially the composite adenosine triphosphate. The adenosine triphosphate molecules are then utilized to power numerous cellular processes, including muscle contractions. In the process, each molecule of adenosine triphosphate is split down into adenosine diphosphate, which is later restored to adenosine triphosphate anew when more food is processed.
A lot of heat is also cleared during this method. As warm-blooded animals, we rely on this heat to keep our body warmth in its normal range.
Explanation:
Answer:
D
Explanation:
the peptides produced by this sequence are turned into proteins
