yes. when you sneeze the force exerted from your lungs quick exhalation can reach speed up to 100 miles per hour. There is also a myth that if your eyes are open at this exact moment they will remove themselves from the inside of their Socket-like resting place (your eye sockets).
DC Stevens. Evt Washington
No. When you sneeze, the intrathoracic pressure in your body momentarily increases. This will decrease the blood flow back to the heart. The heart compensates for this by changing its regular heart beat momentarily to adjust. However, the electrical activity of the heart does not stop during the sneeze.
In a word, no, your heart does not stop when you sneeze. From my perspective, it is hard to even imagine what this would mean. A sneeze itself is really a very brief event, occurring in a shorter time then a heartbeat. Of course, there is the building up to the sneeze (the "ah" of the "ah-choo"), but the heart certainly does not stop beating because of this ah-ing. Check your pulse next time to prove this to yourself.
No.
when you sneeze all of your body functions stop, your heart stops beating,everything! but only for as long as the sneezing lasts. Some people have gotten heart attacks from going into long lasting sneezing fits.
The brain, as they believed that the heart was the most valuable and controlled all bodily functions.
no because when sneezing your heart actually stops when you sneeze... so........ dont sneeze like 20 times in a row or you might have a heart attack
A biofeedback is a technique of measuring a person's quantifiable bodily functions, such as blood pressure, heart rate, etc, and then conveying them to the person in real time.
No, but when you sneeze your heart stops beating for one beat
Your heart stops when you sneeze, so mabie your nerves were interrupted.
The medulla oblongata, located in the brainstem, is responsible for controlling automatic functions like breathing. It regulates essential bodily functions, such as heart rate, blood pressure, and breathing.
A biofeedback is a technique of measuring a person's quantifiable bodily functions, such as blood pressure, heart rate, etc, and then conveying them to the person in real time.
Physiological effects refer to changes in the body's functions or processes in response to external or internal factors. This can include changes in heart rate, blood pressure, hormone levels, and other bodily functions.