You remain as a single cell for about 1/2 hour
Telophase.
no,cell reapiration is not possible at such a high temperature because 1) at such high temperature the cell get damaged and they start to die. 2) at such high temperatures the become fuctionless.
1. Change the permeability of membrane. 2. Form a Second messenger. (Amplifies the first signal inside the cell.) 3. Activates enzymes inside the cell. (speeds up reactions inside the cell=catalyze)
1.Cell Membrane 2.Nucleaus 3. ? 1.Cell Membrane 2.Nucleaus 3. ? 1.Cell Membrane 2.Nucleaus 3. ?
You remain as a single cell for about 1/2 hour
the 3 parts of a cell are : 1 Nucleus- this controls what happens inside the cell . 2 Cell Membrane - this controls what substances enter and leave the cell 3 Cytoplasm - this is where the chemial processes occur
growth and repair can occur
No, declassified was a combination of 1 and 2
About 2 trillion cell divisions occur in an adult human every 24 hours.
water dissolves the cellWater is, perhaps, the most important component of a cell. It has many functions, 2 given below:1. It is a universal solvent. (this is extremely useful as all reactions in a cell occur in the aqueous state)2. It is a hydrolytic agent. (takes part in hydrolysis)
Telophase.
The greatest radiation effects will occur in cells having the 1) least maturity 2) least specialization 3) most mitotic activity, and 4) longest mitotic phase. ...so 1. Maturity of the cell 2. Specialization of the cell 3. Mitotic activity of the cell 4. Mitotic phase of the cell ( I am a radiology student, all this information came from my text book :) )
Legacy motherboards (and even some modern ones) would generally have: * An XT / AT or a PS/2 keyboard * A PS/2 mouse connector * 1 to 2 serial ports * 1 to 2 parallel (printer) ports
Advantages of Daniel cell. 1.it gives a small current for much longer time than the simple cell. 2.polarization does not occur at the copper electrode because of the presence of depolarizer copper (ii)sulphate solution.
no,cell reapiration is not possible at such a high temperature because 1) at such high temperature the cell get damaged and they start to die. 2) at such high temperatures the become fuctionless.
1. Cell Wall 2. Chlorophyl