Where is the answer choices?
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The molecules in a
solid cannot change position because the bonds are so powerful. Look at the image below to see a good example of what I mean.
Answer: Letter A ✅
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Answer:
Two processes were described in this question, hence, the location of the two processes are as follows:
synthesize energy-rich organic molecules- CHLOROPLAST
Break them down to extract energy- MITOCHONDRIA
Explanation:
Plant cells are unique cells capable of synthesizing their own food via a process called PHOTOSYNTHESIS. The process of photosynthesis, which occurs in an organnelle called CHLOROPLAST, synthesizes a sugar (glucose), which is an energy-rich organic molecules i.e. it stores energy in its chemical bonds.
However, to harness the usable form of energy stored in the chemical bonds of Glucose, the cells need to break down the glucose molecule. Plant cells break down glucose in a process called CELLULAR RESPIRATION in order to convert the stored energy in Glucose to a usable form called ATP. This extraction of ATP molecule needed for every life process of the plant cell is carried out in another organnelle called MITOCHONDRION.
Answer:
Platyhelminthes
Explanation:
Platyhelminthes (phylum Platyhelminthes), also known as flatworms, are bilaterian, unsegmented and soft-bodied invertebrates. Platyhelminthes are hermaphroditic organisms with internal fertilization. In addition, this group shows a series of characteristics including 1-a ladder-like nervous system, 2-presence of parenchyma in the body cavity, and 3-flame cells, i.e., specialized excretory cells that function like a kidney. Platyhelminthes can be divided into three groups: Turbellaria (generally found in freshwater), Trematoda (generally parasitic), and Cercomeromorpha (exclusively parasitic).
etty McGuire is no stranger to dog urine. If you live with a dog, neither are you. I’m guessing your dog pee story is probably one of waiting: Waiting while your dog checks out another dog’s pee, or waiting while your dog leaves a deposit. And who hasn’t experienced the occasional, “Ack! Why did you pee there?!?” followed by a cleaning session. But if you’ve ever gazed at a peeing dog and asked yourself any number of “Why” questions, Betty McGuire is the person for you.
McGuire, a researcher and
