False. Pressure decreases from the center to the outside.
False. The structure responsible for equalizing pressure in the middle ear with the outside is the Eustachian tube, not the external auditory meatus. The external auditory meatus is the passage that leads sound waves from the external ear to the middle ear.
False. To calculate the mean arterial pressure (MAP), you would typically use the formula MAP = (2 * Diastolic BP + Systolic BP) / 3. Using the given values, the MAP would be (2 * 62 + 102) / 3 = 75.33 mmHg, not 82 mmHg.
It's a high-pressure zone with rising air. true or false
false
False. Pressure decreases from the center to the outside.
Way false. Ever hear of a high-pressure system moving in?
False. The structure responsible for equalizing pressure in the middle ear with the outside is the Eustachian tube, not the external auditory meatus. The external auditory meatus is the passage that leads sound waves from the external ear to the middle ear.
True
false it does that so the branches are the same and balanced and equal.
The air pressure changes inside and outside the body, breathing takes place.In normal conditions,air moves from high pressure area to low pressure are.
False
The question says that there is an object that's in the solar system that's outside the solar system for half the time. That's a lot like the statement that states: "This statement is false."
FalseEven at normal operating temperature, the pressure in the system will be enough to severely scald you.
False
False. Archimedes' principle states that the buoyant force acting on an object submerged in a fluid is equal to the weight of the fluid that the object displaces. It's not about pressure being transmitted unchanged throughout the fluid.
False