more fixed than variable costs
Highly mitile species have eukaryotic flagella. These include cellular projection that will move to and fro. They can be found in either plant or animal cells.
Generally, no it would not be able to survive solely on misted water. Unless the ground around the base of the plant is misted much more often, the plant would most likely shrivel up, and die.
The plant would die. Chloroplast turns light into energy and without energy the plant would eventually die.
no
to see what would happen and if it did exactly the same as what the 1st plant did.
Generally, leaf cells are found in the leaf of a plant.
Generally, potatoes have little to no acid in them. An example of a highly acidic vegetable would be the tomato.
If the pistil of the flower, which is the female portion of the flower, is removed the flower would no longer be able to produce seeds. Removal of the pistil would be highly detrimental as it would be highly invasive and damaging to the flower and would decrease a plant's ability to reproduce.
soil and water although it is highly unrecommended to plant in sand
"Highly" might be a bit of an overstatement. Water in caves is frequently mildly acidic, because of dissolved organic acids and carbon dioxide, but it's generally not what would be considered highly acidic.
The genotype for a purple plant would be 'PP.' This will depend on whether both parents showed that phenotype, but purple is generally dominant.
Automated Bureaucracy is a new organizational structure that is presented in the book Automated Organizations by Nelio Oliveira as a suplement for Mintzberg's taxonomy. As a matter of fact, the Automated Bureaucracy would be the sixth configuration in addition to the five proposed by Mintzberg.
It is highly doubtful, at least any plant that we know of. The average temperature on Venus is 864 degrees, meaning lead would be in liquid form.
Highly mitile species have eukaryotic flagella. These include cellular projection that will move to and fro. They can be found in either plant or animal cells.
generally yes, depends on the life cycle of the plant. if it was an annual plant the plant would normally die soon after flowering in anycase; perennial plants simply continue flowering and growing
it would be highly appreciated
Plant biotechnology is a powerful tool for agriculture and the field is gaining momentum quickly. Plant BT has a lot of financial potential. Therefore, it is highly unlikely that anyone would try and invent something that will overthrow plant BT