<span>With a six month old infant who is told to eat nothing by mouth for four hours prior to surgery to repair a cleft palate, the biggest concern for this infant prior to the surgery is the altered fluid intake prior to the surgery.</span>
Answer:
I will put the answer in the Explanation.
Explanation:
- Number of Normal Cells: 30 trillion
- Shape of Cells of Normal Cells: Uniform
- Number of Nuclei of Normal Cell: Spheroid shape, single nucleus
- Amount of Cytoplasm of a Normal Cell: Large cytoplasmic volume
- Number of Cancerous Cells: We don't all have cancer cells in our bodies. Our bodies are constantly producing new cells, some of which have the potential to become cancerous. At any given moment, we may be producing cells that have damaged DNA, but that doesn't mean they're destined to become cancer.
- Shape of Cancerous Cells: Irregular
- Number of Nuclei in a Cancerous Cells: Multiple, enlarged nucleoli
- Amount of Cytoplasm in a Cancerous Cell: Small cytoplasmic volume
The light intensity decreases with increasing depth of the ocean water. This leads to the division of the ocean into three major zones, sunlight zone, twilight zone, and deep sea zone. The autotrophs like the phytoplankton live in the sunlight zone and perform photosynthesis using sunlight. Various fishes that eat planktons also live in the sunlight zone. The twilight zone is inhabited by various predators like the octopus, sharks and dolphins. Here the pressure of water also is greater. In the deep sea zone, no light is present. Fishes like the angler fish and other bio-luminescent organisms live here. This zone also contains chemotrophs as the producer of food. The pressure of water at this zone is the greatest which is not bearable by the organisms living above it. Thus in this manner light and depth determine the distribution of various organisms in the ocean.