The phase that occurs at the same time of cytokeniesis is Telophase.
Yes, it is possible.
Yes. Everyone on earth for whom the moon is visible sees the same phase at the same time.
No, not all cells spend the same amount of time in each phase of the cell cycle. The duration of each phase can vary significantly depending on the cell type, its environment, and its specific function. For example, rapidly dividing cells, like those in embryonic tissues, may spend less time in the G1 phase, whereas differentiated cells may remain in G0 phase for extended periods. Overall, the timing is highly regulated and can differ across organisms and conditions.
because in normal phase HPLC mobile phase is non polar and stationary phase is polar. Most of the compound of interest are polar, if you increase the polarity of mobile phase compound of analyte will stay in mobile phase and will elute faster and retention time will be shorter.
No, generation time is usually calculated during the exponential growth phase of the growth curve, where the population is growing at a constant rate. During this phase, the time it takes for the population to double is used to determine the generation time.
The phase relationship relates to how the waveforms superimpose in time. For two signals of the same frequency they are in phase when there zero crossing times coincide. When out of phase the zero crossings don't overlap in time.
AC if the signal is of the same amplitude but out of phase yes the net product Vs time will be zero.
They interfere. The interference will be constructive (create a greater wave) if they are in phase, they will interfere destructively if they are out of phase.
Two light waves arriving at the same place at the same time will normally create an interference pattern of light, if they are not perfectly in phase; if they are perfectly in phase they will just create a brighter light.
Yes, it is possible.
The time from one phase of the moon until the next time the moon reaches the same phase is 29.5 days.
The voltage and current sine waves cross the zero line at the same time and going in the same direction. The phase angle is 0°. They are said to be in-phase.
If you have two waves, or two things in oscillation or two things in vibration; if the peaks (maximum amplitude) and valleys (maximum amplitude the other way) occur at the same time then they are in phase. If one wave peaks at the same time the other one is in a valley they are said to be 180 degrees out of phase.
Yes. Everyone on earth for whom the moon is visible sees the same phase at the same time.
No, not all cells spend the same amount of time in each phase of the cell cycle. The duration of each phase can vary significantly depending on the cell type, its environment, and its specific function. For example, rapidly dividing cells, like those in embryonic tissues, may spend less time in the G1 phase, whereas differentiated cells may remain in G0 phase for extended periods. Overall, the timing is highly regulated and can differ across organisms and conditions.
The new moon sets about the same time as the Sun does.
when two light waves of same frequency travel approximately in the same direction have a phase difference that remain constant w.r.to time