Answer:
13) Water is a molecule which can be found in solid, liquid and gas
14) Water comes to the earth through precipitation.
15) Nitrogen is found on the earth in the form of ammonia and nitrates.
16) Nitrogen is returned back to the atmosphere through denitrification process.
17) Carbon in the form of carbondioxide gas returns to atmosphere through volcanic activity, human activity and decomposition reactions.
18) Water goes to the atmosphere through evaporation and transpiration.
19) Phosphorus is present in rocks and sediment.
20) Carbon is the nutrient which is released back to the atmosphere through photosynthesis and respiration.
21) Phosphorus is not found in atmosphere.
22) Water is a nutrient goes back to the atmosphere in the vapour and forms clouds.
Hello there friend,
Your correct answer would be "smooth seeds".
The offspring would pass on to the next plant.
<span />
Answer:
According to the warning signs that exist in radiology clinics, a pregnant woman should consult her physician before undergoing an x-ray study because x-rays are a form of ionizing radiation that can affect the development of a gestational baby.
Explanation:
<em>Signs/notices in radiology clinics indicate that women who are pregnant or suspect they may be pregnant should consult their doctor before undergoing a radiological examination. Why should they do it?</em>
X-rays are a type of electromagnetic radiation -ionizing- capable of passing through the body, used to obtain images of the interior of an organism by capturing these rays on photographic film.
It is well known that X-ray radiation can have mutagenic effects on living organisms, according to the amount of radiation and the time to which it has been exposed. In the pregnant woman, who has a fetus developing inside her, special attention must be taken due to the harmful effects that ionizing radiation can have on its development. This is the main reason why a pregnant woman should consult her doctor before undergoing a radiological study.
Learn more:
X-Rays mutagenic agent brainly.com/question/1104958
Answer:
a. Resolving power (R) = 346.7 nanometers (nm)
b. No, because the resolving power is 346.7 nm
Explanation:
In microscopy, resolution or resolving power (R) refers to the minimum distance at which two distinct points can still be distinguished as separate entities. R can be calculated by the following equation:
Resolving power (R) = wavelength /(NAo + NAc), where NAo is the numerical aperture of the objective and NAc is the numerical aperture of the condenser. In the case above described:
R = 520 nanometers / (1.25 + 0.25) = 346.7 nanometers (nm)
In consequence, the resolving power of this microscope at 520 nanometers of wavelength is 346.7 nm, thereby two points separated by 300 nm will be too close to be distinguished as separated objects.
Wiki answers says "geosphere"