Someone with a ruptured aorta would die from this.
filtration depends on its molecule so it can easily flow trough the filter so that it separate the two liquids.
This depends on the considered application.
Function "f" depends on "x", and function "g" depends on function "f".
A stroke, "infarction", in the capsule area of the brain. This often results in a loss of motor functions. The motor function affected depends on the location of the lesion in the capsule.
Well,it depends what it is like if it was to be salt and water oryes you could but all im going to say is that it depends
Whether or not comprehension and/or speech are affected depends on the severity of the hydrocephaly and the extent of brain tissue damage. When the higher intellectual functions are affected (comprehension), it's due to tissue damage to that area of the brain that is responsible for that function. Same for adverse effects to Broca's area. In some cases, it may be auditory function that's been affected. If you understand what hydrocephalus is to begin with then it's almost self-explanatory.
The amount of sand in a pool filtration system depends on its size.
depends on the state
state function did not depend on the path , it depends on the initial and final point of the system where as path function depends on the path of the reaction.
This depends on what function, and what TI calculator.
It depends on the function.
The residue recovered after filtration typically consists of the solid material that was separated from the liquid or solution during the filtration process. This residue can vary depending on the nature of the original substance being filtered.