No muscle allows us to feel emotions.
The brain allows us to feel emotions by releasing certain hormones. The brain is an organ, not a muscle.
The effects of these emotional feelings can affect the behaviour of the heart (which is a muscular organ, NOT a muscle). For example if you are in love, the heart will beat faster. This is where the misconception that the heart causes feelings of love comes from. The feelings of love, and other emotions, actually come from the brain.
the same as us, although they do not feel empathy
The Dialogue allows us to hear what the characters feel and think. Hope this helps :)
They feel pain, if you mean emotions like us-no.
Aristotle believed that good theatre allows us to experience catharsis, which is the purging of emotions like pity and fear through watching a tragedy. He suggests that this release of repressed emotions in a controlled setting can have a therapeutic effect on the audience.
Two things you can feel but not see are emotions and air. Emotions like love or fear are internal experiences that are felt but not visible. Air is all around us, but we can only feel its presence, not see it.
neuro transmitter that allows us to feel good
The lateral pterygoid muscle allows us to chew.
Muscle atonia in REM sleep is a state of muscle paralysis that prevents us from acting out our dreams. This allows for vivid dreaming without physical movement, helping to protect us from potential harm during sleep.
Facial expressions are concepts that give meaning to life. It is how we express our emotions in various situations and allows us to interpret the environment around us.
Mechanoreceptor
Studying the cross section of a muscle is important because it allows us to see the arrangement of muscle fibers, connective tissue, and blood vessels. This helps us understand how the muscle contracts and functions. By examining the cross section, we can identify abnormalities or changes that may affect muscle performance.
Emotions are neural signals that tell the brain about the world around us. These signals tell the brain how to respond to the stimuli.