Most macteria canot grow well in acid fluids like pickle juice. so its the combination of salt and acid. as for fungi, i can only guess..... many bacteria dont grow well if the temperature is coldish or if the conditiones are very salty or sugary
The ocean and the present atmosphere themselves are not leftovers from the original atmosphere of Earth. However, they do contain components within them that give us and scientists ideas of what Earth's past atmosphere was like.
Some example include:
1) Ice cores - scientists may go to Antartica or Alaska and stick this metal tube into the ice to remove what is known as an "ice core". This is then taken back to the lab for analysis. So what happens is that this ice as we know is constantly melting and freezing with different seasons and climate change. So, when the ice starts to crystallize, particles like carbon dioxide, sulfur etc may get trapped as bubbles in the ice. This is what scientists look for in ice coring and this is how they know that Carbon dioxide levels were relatively high back then (Not as high compared to now).
2) Ocean sediment cores - this is the exact same process of the ice cores except they take cores of sediments (esspecially calcium carbonate that contains oxygen). As you know, CaCO3 is found in the exoskeletons of organisms that die and build up on the ocean floor.
Those are some of the main ways that the present atmosphere and oceans have leftovers from the original atmosphere of Earth.
Hope that helped!
The probability of a pea plant with genotype rryy producing a gamete with genotype ry is 1.
<h3>What would be the probability of a pea plant producing genotype ry from the genotype rryy?</h3>
- Probability is a measurement used in genetics to forecast the likelihood that a desired trait will be acquired by a child. The most easiest way to calculate the probabilities is to make a punnet square.
- The genotypes of a specific cross or breeding experiment are predicted using the Punnett square, a square diagram. It bears Reginald C. Punnett's name, who developed the method in 1905. Biologists use the figure to calculate the likelihood that a child will have a specific genotype.
- If we employ a punnet square for the genotype rryy producing a gamete with genotype ry the probability would be 1. You can refer the diagram for the understanding of the punnet square.
- F1 genotype: rryy
- F2 genotype: ry ry ry ry
- Thus the probability would be 1.
To learn more about genotype refer:
brainly.com/question/22117
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Answer:
In this case, here are the options to complete the question
A. Porosity is a measure of the amount of the substance composed of empty spaces.
B. Permeability is the same thing as secondary porosity.
C. Permeability is a measure of how well the pores are connected.
D. Porosity describes the ability of pores to form conduits through the material
The ANSWER IS SURELY
A. Porosity is a measure of the amount of the substance composed of empty spaces.
C. Permeability is a measure of how well the pores are connected.
Explanation:
Porosity is used to estimate the amount of a rock that is open space between grains or within cracks or rock cavities.
Permeability is the ease of which water moves through a porous rock.
The theory that Francesco redi sought to disprove by his experiments was the theory of spontaneous generation.
<h3>What is the theory of spontaneous generation?</h3>
The theory of spontaneous generation is the theory that living-things can arise spontaneously from non-living things.
Early scientists believed this theory. The experiments by Francesco Redi sought to disprove this theory.
However, it was only the experiment by Louis Pasteur that finally helped scientists at the time to reject the theory of spontaneous generation.
In conclusion, the experiments by Franceso redi was aimed at disproving the theory of spontaneous generation.
Learn more about spontaneous generation at: brainly.com/question/12682659
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