A molecule.
that sounds easy but could you be more specific, which element.
isotope
Because all elements have a specific amount of protons, any more or less and they are not the same element. Different isotopes of the same element can largely vary in their atomic mass.
In Excel's Goal Seek feature, the "Set Cell" field represents the formula element that you want to solve or target a specific value for. This is typically the cell containing a formula that depends on one or more input variables. The "By Changing Cell" field is where you specify the input variable that Excel will adjust to achieve the desired outcome in the "Set Cell."
Cell differentiation is the process by which a less specialized cell becomes more specialized to perform specific functions. For example, stem cells can differentiate into various cell types, such as nerve cells, muscle cells, or blood cells, through a series of genetic and environmental cues. This specialization allows different cell types to carry out specific functions in the body.
In general, the less specialized the cell type, the more malignant the tumor.
The be more specific if is a part off the cell that controls the cell.it is surronding parts in the cell
A lot of things were not an element of the NCLB. You'll have to be more specific with the question.
nucleus.nucleolus and chromosomes to be more specific.
You'll need to be more specific with your question.
If we take a example of cell then if the solution outside the cell containing less solutes as compare to inside of cell then that solution is hypotonic and if the solution outside the cell contain more solute concentration then it is hypertonic solution
A less reactive element that will never replace a more reactive element in a chemical reaction is copper (Cu) when compared to zinc (Zn). In single displacement reactions, a more reactive metal, like zinc, can displace a less reactive metal, like copper, from its compounds. Therefore, copper cannot replace zinc due to its lower reactivity, illustrating the principle of reactivity series in metals.