Yes, in an isotonic solution the movement of molecules across the membrane will stop.
Osmotic equilibrium is the condition where water molecules move evenly back and forth across a semipermeable membrane to balance the concentration of solutes on both sides of the membrane.
There are two ions that can cross the cell membrane. The positively charged sodium and potassium ions can cross back and forth across the neuron cell membrane.
Positively charged ions like sodium (Na+) and potassium (K+) can cross back and forth across the neuron cell membrane through ion channels. These ions play a significant role in generating and propagating action potentials in neurons.
Ions can cross the neuron cell membrane through ion channels that open and close in response to various stimuli, allowing for the movement of ions in and out of the cell. This movement is essential for action potentials and communication between neurons.
If the solute concentration on each side of the cell membrane is isotonic, there will be no net movement of water molecules across the membrane. This is because the concentration of solutes is the same on both sides, resulting in equilibrium.
Moving back and forth in time is called time travel.
transport
Moving the wrist back and forth in the frontal plane is known as radial and ulnar deviation.
Traversing means skiing back and forth across the fall line
Moving back and forth like a washing machine
'Forth' is a word used to describe movement. It can be denoted as moving forward from a specific place or moving forward in time. It can also be described as an outward motion. Moving 'forth' could be considered moving 'out of concealment' (as in moving forth or bringing forth).A forth could also be an incorrect spelling of 'a fourth', which is one out of four. In ratio form, 1:4. It is considered a rational, 1/4. The term 'a fourth' is a grammatical way to describe one-fourth of something or other. I.E: "I only see you do your work a fourth of the time." or "What is a fourth of 75?"
By rubbing your hands back and forth across your desk, you are converting mechanical energy into thermal energy through friction. This process creates heat as the mechanical energy of your hands moving is transformed into thermal energy due to the resistance between your hands and the desk surface.