False so false
Ik it cant be true because there are underwater volcanoes and the earths plates are constantly moving.
Answer:
mediates morphological changes in response to red and far-red light
Explanation:
Phytochrome is a blue-green protein pigment that participates in plant physiology in response to periodic light phenomena, responsible for numerous developmental processes. This substance, in two possible forms: phytochrome R (inactive) and F (active), is dissolved in the hyaloplasma of plant cells, capturing specific wavelengths from sunlight.
Depending on the time of day, ie the daily light, these two types of phytochrome can convert to each other, according to the wavelength absorption that comprises the frequency of the red color (long or short).
Thus, during the day, plants capture the red wavelength (660nm), transforming the phytochrome R and F, as well as the far-red wavelength (760nm), to a smaller extent, inverting the phytochrome F to R.
As the variation in daily light decreases (late afternoon), plants begin to capture the far-red wavelength more intensely, concentrating more phytochrome R than F. This inactivation action remains in the dark (during night). Therefore, the perception of this oscillation induces the vegetables to organic behaviors combined with the photoperiod.
I believe it would be Rr as the red is dominant over the yellow as they are the recessive gene creating the Rr.
Interphase is about 90% of the cell cycle in which the cell has its normal function, replicates its DNA, etc. :)))
i hope this be helpful
have a nice day
AIR AND SOIL (SPECIFY ATMOSPHERE)<span />