Answe: The cells in flask B will have grown significantly, but the cells in flask A will have not grown at all.
Explanation:
Conditions for the growth of mammalian cells and non animal Cells are different.
For bacteria cells, shaking will be required which allows oxygen to freely enter the cells and provide more nutrients to promote growth. However, this is not the same for animal cells.
When culturing mammalian cells, a CO2 incubator running at 37° C is required as opposed to non-mammalian cells that can be grown in a non-CO2 or dry incubator.
The food chain, just from common knowledge, would be
fruit trees, birds, monkeys, tigers.
The fruit trees cannot prey on anything. The birds eat the fruit, the monkeys can catch birds and eat them, and the tigers can eat the monkeys.
<u>Answer:</u>
<em>Deep sea anglerfish makes use of bioluminescence to attract prey as well as potential partners and this doesn’t violate the law of conservation of energy.
</em>
<u>Explanation:</u>
<em>Deep sea anglerfish</em> lives at very big depths under the sea and thus there is hardly any light available at these depths. The <em>anglerfish depends on bacteria</em> for luminescence since it cannot produce light on its own. Thus it maintains a <em>symbiotic relationship with the photobacteria.
</em>
There is no violation of energy conservation law here. The light energy is not produced from nothingness but from the bacteria. There is no <em>creation of energy or destruction of energy in this case.
</em>
<span>The temporal lobes is a portion of the cerebral cortex
that is most closely adjacent to the ears. Its function is a responsible for
processing auditory information from the ears (hearing). It is mainly revolves
around hearing and selective listening and receives sensory information such as
sounds and speech from the ears. Furthermore, it is also a key to being able to
comprehend or understand meaningful speech. Thus, we would not be able to
understand someone talking to us if it wasn’t for the temporal lobe. Lastly,
this love is special because it makes sense of all different sounds and pitches
that is being transmitted from the sensory receptors of the ears. </span>
Weather patterns and soil conditions.