Some shapes will allow many molecules to arrange around the water molecule while other shapes will not
The speed of the molecules is reflected by temperature, but their movement follows the following general pattern: Solids have molecules in a relatively fixed position. They vibrate, but don't really move in relation to each other. If there's a rigidly structured pattern, the solid is a crystal. If not, it's amorphous. Liquid molecules can move in relation to each other, and as such have no definite shape. Surface tension exists, and molecules do have attraction to each other, but they can slide across each other. Gases have no definite shape or volume, so molecules move relatively independent of each other, and bonds between molecules don't exist.
Size and shape. However, chemical properties are usually more important.
size and shape. cell membranes are selectively permeable, so only some molecules can get through. (i.e. water can go through, but starch cant) Polarity and size.
Plasma membrane possesses specific protein channels and lipid bilayer. Protein channels are of million different types, each allow a specific molecule to pass through it regarding its size, shape, charges on it, solubility, etc. Fat soluble molecules pass through lipid bilayer.
the shape and size of the molecules that the fluid consists of, if they are big, wavy molecules then the liquid will be viscous because the molecules struggle to move over each other.
Some chemical reactions depend on the shape of molecules and the study of the shape of molecules - requires knowledge of trigonometry.
The speed of the molecules is reflected by temperature, but their movement follows the following general pattern: Solids have molecules in a relatively fixed position. They vibrate, but don't really move in relation to each other. If there's a rigidly structured pattern, the solid is a crystal. If not, it's amorphous. Liquid molecules can move in relation to each other, and as such have no definite shape. Surface tension exists, and molecules do have attraction to each other, but they can slide across each other. Gases have no definite shape or volume, so molecules move relatively independent of each other, and bonds between molecules don't exist.
Size and shape. However, chemical properties are usually more important.
size and shape. cell membranes are selectively permeable, so only some molecules can get through. (i.e. water can go through, but starch cant) Polarity and size.
The chemical compositon and the chemical bonds affect the shape of molecules..
The general shape is "bent".
Plasma membrane possesses specific protein channels and lipid bilayer. Protein channels are of million different types, each allow a specific molecule to pass through it regarding its size, shape, charges on it, solubility, etc. Fat soluble molecules pass through lipid bilayer.
Water molecules have a bent shape.
the shape and size of the molecules that the fluid consists of, if they are big, wavy molecules then the liquid will be viscous because the molecules struggle to move over each other.
because of its molecules solid molecules are very close to each other that's why they make definite shape, while liquid and gas molecules are far apart.
The general shape is "bent".
Double helix