Correct answer: B) Vacuole
Vacuoles are the membrane bound structure found in the plant including algae and in some fungi that function to provide structural support and also serve as a site for storage, and waste disposal for the plant.
They do not have a fixed size or shape, plant cell can changed them according to their need.
It tend to be the largest organelle of the plant cell. It also function to maintain the internal pressure required withing the plant cell to provide structure and support to the growing part of the plant.
Answer:
2, 4 , 1 and 3
Explanation:
The correct order for events in excision repair of DNA are:-
2, 4 , 1 and 3 that is the
1st step would be:
(2) Damaged bases are recognized.
2nd step of the process
(4) Part of a single strand is excised.
3rd step will be
(1) DNA polymerase I adds correct bases by 5¢ to 3¢ replication.
and the final step in excision repair of DNA is
(3) DNA ligase seals the new strand to existing DNA
Answer:
2, 4 , 1 and 3
Explanation:
The correct order for events in excision repair of DNA are:-
2, 4 , 1 and 3 thatv is the
1st step would be:
(2) Damaged bases are recognized.
2nd step of the process
(4) Part of a single strand is excised.
3rd step will be
(1) DNA polymerase I adds correct bases by 5¢ to 3¢ replication.
and the final step in excision repair of DNA is
(3) DNA ligase seals the new strand to existing DNA
B. genetic differences
C. similar appearances
D. eukaryotic differences
Answer:
Eels are just elongated fish. Their ancestors looked like tarpon fish. Their fins were a disadvantage in tight spaces, streamlined creatures literally filled a niche. They are more related to the salmon than the pythons.
There is fossil evidence to suggest that pythons and all the other snakes may have evolved from burrowing lizards, such as the varanids. Which are more related to the geckos than to fish.
Explanation:
The confusion can be made because eeil genus name-Anguilla, comes from anguis, which on Latin means serpent.
Pythons' vestigial leg structures and snakes' similar DNA sequences with geckos both point to a common ancestor and evolution over time. These observations support the theory of evolution, demonstrating that while some traits may be lost over time, like legs in snakes, others are retained.
Vestigial structures and DNA sequences are two types of evidence that evolutionists use to support the theory of evolution. In this case, pythons have been observed to have vestigial leg bones which implies that their ancestors might have had functional legs. On the other hand, the fact that snakes have more DNA sequences in common with four-legged geckos than with legless eels could also be interpreted as evidence of a common ancestor.
Snakes and geckos, despite their very different appearances, both belong to the clade Squamata, which also includes lizards. Their DNA sequences suggest that these creatures have shared ancestry, supporting the evolutionary theory. Similarly, the vestigial structures in pythons further back up this view. Vestigial structures are remnants from an organism's ancestry. The leg bones in pythons could well be residual parts left over from their legged ancestors, as snakes are believed to have descended from lizards.
In a nutshell, both these observations tell us the same story: that current species have evolved from common ancestors in the past. Over time, some traits (like legs in the case of snakes) might have become useless and got eliminated through natural selection, while others were retained. The end result is the rich biodiversity we see around us today.
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Answer:
TRUE
Explanation:
B. Soil that is all sand
C. Soil that is all silt
D. Soil that is a mixture of silt and clay
Answer:soil that is a mixture of silt and clay
Explanation:
I got a 100%