Using the image that represents the land-dwelling organism and an aquatic single celled organism. The statement that best explains how A and B are able to survive in their environments is…
Answer: A) The organelles in B perform similar functions to the organ systems in A.
Please see image attached to better understand how we arrived to the conclusion.
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Answer:
the correct answer would be polysomy
Explanation:
Answer: The correct answer is-
A. The air contains 50 percent of the moisture it can hold before precipitation occurs.
Humidity can be described as the presence of gaseous state of water (that is water vapor) in the atmosphere or air.
It indicates the chances of occurance of precipitation or fog in the weather.
50% humidity represents the relative humidity, indicating that air is 50% saturated with moisture, which could be held by air before precipitation occurs .
50% humidity indicates that before precipitation the air withholds 50% moisture and it is known as relative humidity.
Further Explanation:
The amount of moisture the air contains is defined by humidity. A particular amount of water vapor is present in the air which depends on the temperature of the air. The warmer air contains holds more water within it. The relative humidity is defined as the content of water vapor found in the air in relation to the amount it can actually hold. When the relative humidity is low, it implies that the air can comparatively withhold more moisture at that particular temperature and this makes the air dry.
For example, it is estimated that a cubic meter of air is able to hold 18grams of water as a maximum value at 20 degrees C. Similarly, at 25 degrees C, 22 grams of water can be held by the air. Therefore, if 22 grams of water is contained in a cubic meter of air at 25 degrees C, then there is 100% relative humidity. But if the same amount of air holds 11 grams of water, the relative humidity is said to be 50%.
The relative humidity plays a major role in maintaining our level of comfort. A 100% relative humidity means that there will be no evaporation of water and the moisture has fully saturated the air. For cooling, the body requires to evaporate the moisture from the skin. A low relative humidity enables the body to release moisture and make the body cooler. At 100% relative humidity, the body feels much hotter as compared to the actual temperature. This is because the body does not sweat to evaporate due to high humidity.
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Answer Details:
Grade: High School
Chapter: Relative Humidity
Subject: Biology
Keywords:
Humidity, relative humidity, water, water vapor, moisture, temperature, evaporation.
Answer:
water
Explanation:
glucose would come after this diagram is complete because photosynthesis converts the sun's energy into sugar.
the amount of water used in the manufacturing process to make new shirts
(a) One drawback of traditional textile manufacturing is that it can release dyes into nearby rivers
( Identify an ecosystem service provided by rivers.
(1) Assuming the dyes are dark in color, describe how photosynthetic algae living in the water would be affected by the release of dyes into rivers.
(18) Textile dyes often contain heavy metals such as lead, chromium, and cadmium Describe how heavy metals in nearby rivers could affect predators at the top of the food chain
Answer:
i. An ecosystem service provided by river include water for irrigation and drinking.
ii. Photosynthetic algae living in the water would be affected by the release of dyes into the rivers because dyes can block sunlight and prevent photosynthesis. Algae is the base of most river ecosystem so without direct sunlight due to the dye in the water, the entire ecosystem would be in jeopardy.
iii. Heavy metals in nearby rivers could affect predators at the top of the food chain because the metals consumed by primary and secondary consumers would be digested by the predators on top. The toxins from the heavy metal build up the higher in the food chain.
Explanation: