The methylene solution cannot be permeable to the certain organelles so that they cannot be stained.Because of they cannotbe stained ,they'll stay to become translucent .We cannot see them if they're translucent because the light microscope don't ave enough magnification.
It is a cell organelle. It cannot function outside.
Beauty cannot be measured.
theory....nuf said
pure water no impurities,,so that cannot disturb the result of the experiment
If the parameters are not controlled in a scientific experiment, then one cannot be sure what the variables are. Unless you conduct the experiment in a closed environment with only only one variable, one's results can be confusing and inconclusive.
what is opposite of whiskers
confounded
Anything that is 'microscopic' can only be observed with the aid of a microscope and cannot be directly observed with the naked eye. Examples include microorganisms (any unicellular organism, single cells, molecules, atoms, etc.)
compaction and cementation are the only parts of the rock cycle that cannot be observed.
Candida is a fungi and cannot be gram stained. Only bacterias can be gram stained as either positive or negative.
Cognitive behavior can't be observed. Its subconscious.
No an organelle is a structure within a cell. It cannot be larger than the cell it is inside of.
The movement of a bacteria can be seen on a wet mount. This movement can not be seen in a stained preparation.
If your French doors are single glazed there is no reason why the glass cannot be replaced by stained glass. This you can do yourself or a carpenter could probably do it for you. However, if your French doors are double glazed, you cannot replace one side of the glass yourself. In order to have stained glass in double glazed French doors it would be necessary to buy new French doors with the stained glass already in place, or purchase the stained glass double glazed glass unit and either fit it yourself or have a tradesman do it for you.
It is a cell organelle. It cannot function outside.
Beauty cannot be measured.
The dependent variable.