Answer:
Explanation:
This is because ferns are vascular plants i.e they have vascular tissues which are xylem and phloems which help to conduct water and nutrients while mosses are non vascular plants.
2. Ferns sporophytes are differentiated into true leaves, stems and true roots while mosses lack true roots, stems and leaves.
Underground stems are modified part of plants that are derived from stem tissues which grow under the ground. Underground stems grow beneath the soil. Examples include Rhizomes, ginger, tubers e t.c.
It is unlikely the membrane would become depolarized because although Na+ is coming in, K+ would be leaving simultaneously (canceling each other out). I hope my answer has come to your help. God bless and have a nice day ahead! Feel free to ask more questions.
Cant tell you the types, but they form from the weather elements, from being compressed, etc
Answer:
increase
Explanation:
when the energy intake is more than the energy required it tends to increase the weight of the person.
the basic fundamental is that we take energy from the food as intake of food is more and the calorie burn is less i.e. exercise is less as compare to the intake then this will lead to gain extra fat which will make the person obese.
Answer:
Replication proceeds in both directions from a single origin of replication.
Explanation:
The origin of replication is the DNA sequence where the process of DNA replication begins. Prokaryotes such as <em>E. coli</em>, mostly have smaller genome sizes as compared to the eukaryotes and have a single origin of replication. The DNA helicases serve to unwind the DNA at the origin of replication and create replication forks.
The origin of replication is an AT-rich sequence where DNA is easily denatured to produce single strand bubbles or the replication loops. Both the separated DNA strands are replicated simultaneously. The replication is bidirectional which means that both ends of the separated DNA loop have active replication forks. The process of DNA replication continues until both the replication forks meet to replicate the complete DNA.
