deminish
No. Just die. Its pressure is less than the top of our highest mountain.
As the person rose through the atmosphere, the air would get colder. It would get less dense, too, or thinner, if you prefer. The continually cooling and thinning air would both chill you and make breathing labored. You would begin to lose your ability to concentrate and to think clearly. Eventually you would pass out from the lack of oxygen as your body continued to cool off. You'd asphyxiate and freeze as you rose above a couple of tens of thousands of feet in altitude.
If the gravity and extremely low temperature didn't kill them, then yes! Jupiter is pretty much entirely atmosphere and that's largely ammonia crystals so not a pleasant place.
It is called low air pressure or a low-pressure system. As air pressure decreases, it typically signifies unsettled weather conditions with the possibility of precipitation.
yeas ni99a
The buoyant force exerted on a person by the atmosphere decreases as they climb a high mountain due to the lower atmospheric pressure at higher altitudes. This decrease in pressure results in less force being exerted against the person's body.
It would be the barometric pressure of the atmosphere which depends on the altitude of the person in question.
salt
14.7 pounds per square inch of head surface.
Earth's atmosphere actually decreases you weight, due to the minute effects of buoyancy with the air. Even though there are tons and tons of atmosphere on us, the preasure is balanced by the internal pressure within our bodies, just like with fish in deep water that have tons and tons of water pressing in on them. The average different that the air has on us is about 40-55 grams (or .09 - .12 lbs).
Anything higher than 15 is considered PTC.
No. Just die. Its pressure is less than the top of our highest mountain.
A person who has never exercised before would have a higher heart rate and blood pressure than an ahlete at rest. A athlete could have a heart rate below 60 BPM becauses they have a stronger and healthy heartEdit to add: Uhh ... While all of this may be true, the question is asking about a higher pulse pressure. Pulse pressure refers to the difference between systolic and diastolic pressure. Due primarily to decreases in the diastolic pressure observed in athletes, a resting athlete will have the higher *PULSE PRESSURE*.
It increases because the higher you go the lower the pressure is in the air and your blood (body fluids) pressure has to go higher to survive. But you can't go super high like to space because you would die.
The air pressure on the planet Mars is extremely low. A person exposed to such low air pressure would therefore be injured by the internal pressure of his or her own body, which is adapted to the Earth's atmosphere. Even aside from that, the atmosphere of Mars does not contain oxygen, so any person trying to breathe it would die from lack of oxygen. However, a person could live on Mars, just as a person could live on the moon, as long as that person remained inside a space suit or other air-tight container, which would provide the right kind of air pressure and oxygen to breathe.
An abnormal increase in venous pressure may indicate a problem with one of the heart valves. It could also mean that the person is on medication that causes higher blood pressure.
Systolic and Diastolic pressure measurements are taken. Systolic is the higher pressure measurement, when the heart ventricles are contracted, and Diastolic is the lower pressure when the ventricles are filling. So if somebody's blood pressure is 120/80, then 120 is the systolic pressure and 80 is the diastolic pressure