The design attribute of water that allows for many unusual life-supporting properties is its unique structure and properties, such as high specific heat capacity, the ability to form hydrogen bonds and high heat of vaporization.
One key property is water's high specific heat capacity, which means it can absorb and release large amounts of heat without much change in temperature. This property helps regulate temperature in living organisms and prevents drastic temperature fluctuations.
Another important property is water's ability to form hydrogen bonds. These bonds give water its cohesion and surface tension, allowing water to stick to itself and other substances. This property is essential for the transport of nutrients and waste in biological systems, as well as the movement of water in plants through capillary action.
Additionally, water's high heat of vaporization enables efficient cooling through evaporation. This cooling mechanism is crucial for maintaining body temperature in animals and preventing overheating.
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Answer:
How can the condition be cured? What is the bacteria/pathogen responsible for the condition?
Explanation:
These are just a few possible questions off the top of my head that suggests that the parents are unaware of the cause of the condition being a genetic mutation which cannot be cured, but can only be alleviated by not triggering the symptoms of the condition.
Pericardial sac also known as pericardium is a cone-shaped sac made of fibrous tissue surrounding the heart and the blood vessels. It has two parts: the inner coat which is double-layered supporting the heart; and the outer coat which is solid and heavily built attached to the diaphragm and the rear part of the breastbone.
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A. amount of light
B. amount of water
C. amount of phosphate
D. amount of blooms on a plant
Answer:
C. amount of phosphate
Explanation:
First, you need to know what a dependent variable and an independent variable are.
The independent variable is the one that influences the dependent variable to exhibit a response that influences, generating a result that can be observed by the researchers.
The dependent variable, on the other hand, is one that does not influence anything, but is influenced to generate a result, by the independent variable.
In the question above, the researchers want to test the hypothesis that the added phosphate will cause the marigolds to produce more flowers. According to this hypothesis, we can conclude that the researchers want to know the influence of the amounts of phosphate on the flowering of marigolds. In this case, we can say that the amount of phosphate is the independent variable of the experiment.
Plants are not able to directly use atmospheric nitrogen. It must be converted into different form through a nitrogen cycle. In the process of nitrogen fixation, nitrogen fixing bacteria converts atmospheric nitrogen into ammonium. In the process of assimilation, plants incorporate ammonium into proteins.
Some legumes have a symbiotic relationship with bacteria that live in their root system. These bacteria are called Rhizobia and have the ability of nitrogen-fixation.
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