Plants with just one cotyledon are said to be monocotyledons. They also include floral segments that are multiples of three. This implies that their blooms may be made up of sepals instead of petals, or they may have three, six, or nine petals. Additionally, they have accidental roots. These are roots that may sprout from nearly any portion of the plant that comes into touch with the soil, such as the stem.
For instance, garlic plants, spiderwort, etc.
C) A Mutation always has a neutral effect on the function of the organism
<u>The following can infer about the relationship between fault line and plate boundaries:</u>
The Earth's skin is separated into a dozen of tectonic plates. Plate boundaries are always faults, but not all faults are plate boundaries. The plate displacement relative to one another distorts the crust in the boundary area producing earthquake fault structures. The interior of the plates also includes significant faults and fault networks.
As the plates pass the mechanical energy is retained, in the similar way that energy is retained by a stretched spring. A accumulation of force or stress throughout the fault is correlated with the damage. Meanwhile, frictional force holds the fault together.
Answer:
Answered
Explanation:
Volume = length * breadth * height
here length= breadth= height
isometrically (increasing all our dimensions at the same rate during growth)
L_1= 1.8 m = 180 cm
L_2= 50 cm
keeping all other dimensions same we can write
So volume ratio = (L1/L2)^3
= (180/50)^3
= 46.65
When something needs to be transported against its concentration gradient, or a molecule is too big to simply diffuse through a membrane, active transport has to be used. So active transport requires energy (ATP).
Examples:
1. Antiport pumps: transport one substance in one direction while transporting another substance the other way. An example of this is the sodium-potassium pump.
2. Symport pumps - uses a substance that wants to move from an area of high concentration to low concentration and carries another substance against its concentration gradient. An example of this is the sodium-glucose transport protein
3. Endocytosis - large amounts of extra cellular fluid can be taken into a cell - needs ATP to bind proteins in the cell membrane and causes them to change their shape...which eventually causes the surrounding of the fluid to be brought in (a vesicle).
4.exocytosis - opposite of above
