What is the main funtion of glucose
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Answer:
The primary function of glucose in the cell is to produce energy instantly by catabolism. Glucose is the most common substrate and it yields two molecules of ATP directly from substrate-level phosphorylation.
Related Questions
Which of the following statements is true?A. A technological society has no impact on the environment B. A technological society has a completely positive impact on the environment C. A technological society has both a positive and negative impact on the environment D. A technological society has a completely negative impact on the environment
If it was alive at one time it will always be considered a biotic factorT OR F
Which movement of particles would be most affected by a disorder that causes damage to carrier proteins?
The skeleton that donald johanson discovered and named lucy bleonged to the ealest homind group called? a.neanderthals b.homo habilis c.australopithecines d.homo erectus
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The basic structures of Protozoa include the following
- Locomotoryorgans such as Flagella for movement
- Pellicle which their bodies are covered with
- A well defined nucleus
- Contractile vacuole for those who live in freshwater.
Protozoa is an eukaryote because its nucleus is well defined due to the
presence of nuclear membrane . It is also referred to as a unicellular
organism.
The basic structures of a protozoa can be seen under a light microscope
and a common example is Amoeba.
Read more about Protozoa here
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Answer: There are negatives and I will describe them
Explanation:
There can be problems such as climate change in which can affect on what days we are allowed to go into the water. You always have to travel so you won’t be home much which can impact on your loved ones. This can get very frustrating when you’re finding yourself lost and when you are supposed to be finding something but you have already discovered it.
Final answer:
When taking about negatives of being a marine biologist, they faces challenges including shifts in marine populations due to increased ocean temperatures, dealing with the aftermaths of oil spills which harm marine ecosystems, and the regulation and monitoring of growing fish populations.
Explanation:
The role of a marine biologist entails a variety of challenges and potential negatives.
First, due to increases in greenhouse gas emissions resulting in increased ocean temperatures, marine biologists may face difficulties in studying and protecting marine species that are drastically affected by these shifts in their environment. They have to observe, study and document these changes which can be physically and mentally exhausting.
Furthermore, marine biologists often have to deal with the aftermaths of environmental degradation such as oil spills. Oil spills reduce the amount of light and oxygen entering the ocean, causing harm to marine life such as phytoplankton and animals.
This creates a stressful and dismal work environment, as the marine biologists try to limit the damage and save as many organisms as possible.
Finally, the decrease in human activities like fishing that lead to rebounds in fish populations actually translates to additional work for a marine biologist.
They have to monitor these fast-growing populations, ensure they do not become invasive and disrupt the marine ecosystem, and study their effects on other marine organisms. This cycle of work is perpetual and can be overwhelming for some.
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Answer with Explanation:
Wateris a very essential substance on earth. We need it for everyday living. When we talk about the "water cycle," it starts with evaporation. This is the process of converting water from liquid to gas form, which is aided by temperature. This allows the water vapor to go to the atmosphere.
Once water vapor is in the atmosphere, it goes back to earth in the process called "precipitation." This process happens when the water vapor condenses and then once it becomes heavy, it falls back to earth through "gravity."
The atmosphere needs a sufficient amount of water vapor in order for it to be saturated. This aids in condensation, which cools down the water vapor and turns it into droplets, also known as "ice crystals." When the number of droplets becomes large enough by grouping together, they form the clouds. When they get even bigger, they fall from the sky as rain, drizzle, hail, snow , etc. through the earth's force called gravity. This process is what you call precipitation.
This is what draws water back to the earth.
Final answer:
Gravity is the force that pulls water back to Earth. This is observable in phenomena like rain and the water cycle. The force of gravity draws evaporated water back down to the Earth, completing the water cycle.
Explanation:
The force that draws water back to the earth is known as gravity. Gravity is a natural phenomenon by which all things with mass or energy are brought toward one another. On Earth, gravity gives weight to physical objects and causes the ocean tides.
When you see water falling from a faucet or a raindrop falling to the ground, the force of gravity is pulling it down towards the earth. Similarly, the process of evaporation separates water from the Earth's surface, and it rises into the atmosphere. When it cools and condenses, it forms clouds and when the clouds become too heavy, gravity pulls the water back down in the form of rain, completing the water cycle.
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Answer:C.not eating anymore when you're full.