It placed clear limits of the power of the king of England.
Your answer might be b i am make a good guess here
There would be no release of organic nitrogen molecules back to their inorganic state. Dead material would accumulate to choke out livable habitat.
<span>Plants fix atmospheric carbon in photosynthesis and some species of bacteria fix atmospheric nitrogen so life would continue taking these into the organic cycle but without decomposing fungi & bacteria the cycle would not complete. However the final step of reduction to N2 is only completed by bacteria. In fact bacteria are critical to every step of the nitrogen cycle. </span>
<span>Fungi also decompose dead plants and animals so are detrital feeders putting nitrogen into the nitrogen cycle but not as N2. Fungi cannot reduce N2O to N2. So fungi make N2O as their denitrification product. True denitrification, like nitrogen fixing, does not occur in eukaryotes only bacteria. </span>
Answer:
- Imitation
.
- Observational
.
- Modeling.
Explanation:
Learning is demonstrated as the process of enduring change in conduct or behavior that is an outcome of experience and interaction with the external environment.
In the given example, Fatima displays 'imitation', 'observational', and 'modeling' concepts of learning as her behavior of mimicking her mother's behavior(mirror observational learning) exemplify that she learns emulation(exemplify imitation) through observing the environmental factors. <u>While</u> <u>'Modeling' is demonstrated when she learns a particular behavioral change(to feed her doll) through mere observation('of her mother feeding the infant brother') and without any instruction.</u>
The calendar that is used for secular purposes in the industrial world today is the <u>Gregorian calendar</u>.
<h3>What is the Gregorian calendar?</h3>
This most common calendar is also called New Style calendar which uses the solar dating system and now in general use. The Gregorian calendar was proclaimed in 1582 by Pope Gregory XIII as a reform of the Julian calendar.
In this calendar, the solar year comprised 365 1/4 days and the intercalation of a “leap day” every four years was intended to maintain correspondence between the calendar and the seasons. Also, there is a slight inaccuracy in the measurement which caused the calendar dates of the seasons to regress almost one day per century.
Read more about Gregorian calendar
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