"Unmoveable" Natural Recordings by Native Speakers
The word "unmoveable" is an adjective that means unable to be moved or changed. It describes something that is firm, steady, and unwavering, often in a physical or metaphorical sense.
Example: "The unmoveable boulder blocked the path."
In a more figurative sense, it can also describe a person's opinions, decisions, or attitudes that are unwavering and unshakeable.
Here are 5 examples of the word "unmoveable":
Without anchor or restraint; unhindered or unchecked; without a sense of stability or grounding.<br><br>Example: Feeling unmoored after losing my job, I struggled to find direction in my life.
To unmount something means to disconnect it from a support, surface, or physical location, often to remove it for storage, maintenance, or to move it to a different location.
Not influenced or affected by something; not changed or persuaded to do something. <br><br>Example: "She remained unmoved by his repeated apologies, still feeling hurt by what he had said."
The word "unmutated" is the opposite of "mutated". It refers to an entity, usually a gene or a sequence of nucleotides, that has not undergone a mutation. In other words, it is a genetic element that remains unchanged from its original form.<br><br>In a broader sense, "unmutated" can also describe any element, object, or concept that has not been altered or modified in any way.
Unmuzzle (verb) means to remove or loosen a muzzle from an animal, especially a dog, allowing it to bark or make other sounds freely.<br><br> Example: "The police officer removed the muzzle from the police dog, who let out a loud bark."
In neuroscience, "unmyelinated" refers to a type of nerve fiber that lacks a myelin sheath, a fatty, insulating layer that surrounds nerve fibers and promotes the transmission of electrical signals.<br><br>In unmyelinated nerve fibers, the nerve signal is transmitted more slowly, often in the range of 1-2 meters per second, whereas myelinated nerve fibers can transmit signals at speeds of up to 120 meters per second.<br><br>Unmyelinated fibers are typically found in small nerves and are involved in sensory and autonomic functions such as:<br><br> Pain perception<br> Temperature sensation<br> Touch and pressure sensation<br> Gut movements and digestion<br> Regulation of involuntary functions, such as heart rate and blood pressure<br><br>Overall, unmyelinated nerve fibers play a vital role in our bodily functions and sensations, although they are slower than myelinated fibers.