Answer:
One of the abiotic factors of estuaries that poses a risk to plants is salinity. Estuaries have higher salinity levels than other aquatic environments due to the influx of fresh water from rivers and the outflow of salt water from the ocean. This can cause an imbalance in the water's chemical composition, leading to a decrease in the concentration of essential nutrients and minerals in the water. Plants need these nutrients and minerals to survive, so when the salinity levels become too high, the plants will not be able to receive the necessary nourishment and will die.
Answer:
Temperature, Salinity.
Explanation:
One of the most well-studied abiotic variables influencing the distribution and abundance of organisms is temperature. Since it impacts their metabolic rates and growth and reproduction rates, the temperature has a significant impact on plants and animals. Salinity is another abiotic characteristic of estuaries that endangers vegetation. As a result of the inflow of fresh water from rivers and the outflow of salt water from the ocean, estuaries have higher salinity levels than other aquatic habitats. This may result in an imbalance in the chemical makeup of the water, which would lower the concentration of vital nutrients and minerals. Because plants need these elements for survival when salinity levels are too high, the plants cannot get the sustenance they require and eventually perish.
Look at the experiment below. If albumen is broken down by a protease, what sort of chemical is albumen?
Answer:
Albumin is broken down by the activity of protease enzyme, this enzyme is responsible for the digestion of proteins. Therefore, albumin is chemically protein in nature.
What is Albumin?
Albumin is a family of proteins. These are globular proteins in which the most common are the serum albumins. All the proteins of the albumin family are water-soluble and moderately soluble in concentrated salt solutions. This protein denatures on continuous heat treatment.
Albumins are commonly found in blood plasma. It differs from other blood proteins as they cannot be glycosylated. Substances which contains albumin proteins are called albuminoids.
A number of blood transport proteins are found to be evolutionarily related in the albumin family such as serum albumin, alpha-fetoprotein, vitamin D-binding protein and afamin. This family of proteins is only found in vertebrates.
Albumin is broken down by the activity of protease enzyme, this enzyme is responsible for the digestion of proteins. Therefore, albumin is chemically protein in nature.
What is Albumin?Albumin is a family of proteins. These are globular proteins in which the most common are the serum albumins. All the proteins of the albumin family are water-soluble and moderately soluble in concentrated salt solutions. This protein denatures on continuous heat treatment.
Albumins are commonly found in blood plasma. It differs from other blood proteins as they cannot be glycosylated. Substances which contains albumin proteins are called albuminoids.
A number of blood transport proteins are found to be evolutionarily related in the albumin family such as serum albumin, alpha-fetoprotein, vitamin D-binding protein and afamin. This family of proteins is only found in vertebrates.
Learn more about Albumin here:
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how can I put a picture or a photo in my questions?
Answer:
click the lil button that looks like a paperclip
Explanation:
Answer:
There is a paperclip-looking symbol when you are typing. Just download it to your computer or phone and attach it
Explanation:
Identify all the correct examples of weather
Answer:
Here are some correct examples of weather:
Sunny and warm weatherRainy and humid weatherFoggy and cool weatherSnowy and cold weatherWindy and stormy weatherHazy and hot weatherThunderstorms and lightningHurricanes and tornadoesClear and crisp weatherOvercast and dreary weather.
Explanation:
espero te ayude
Why is there such a large difference in daytime and nighttime temperatures in deserts?
Answer:
The primary reason for the large difference in daytime and nighttime temperatures in deserts is due to the low humidity and lack of clouds in the atmosphere. During the day, the sun's radiation is absorbed by the ground and air, leading to high temperatures. At night, the air and ground cool quickly because there is no humidity to trap the heat. This leads to a large temperature difference between day and night in deserts.
Generic answer :
The temperature in the desert can change drastically from day to night because the air is so dry that heat escapes rapidly at night.
Extra fact :
You could also say that another factor is because of the lack of clouds, there is no barrier between the sky and the earth, leading to direct sunlight and very cold weather ( at different times ).
This is a concise explanation, let me know if you want more!