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Is gauge pressure is the sum of true pressure and atmospheric pressure?
Iamrose
No, it is the DIFFERENCE between the true and atmospheric pressures.
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∙ 12y ago
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What is true about the numerators of two like fractions with a sum of 1?
That their sum is always equal to the denominator.
Is this true the sum of zero and an addend is zero?
No. That statement is not true. It is false.
Is the sum of two vectors a resultant vector?
true
True of false angle that forms a linear pair have a sum of 90?
true
Is it true that the sum of two even number is sometimes odd?
No it isn't true.
What is an absolute pressure?
This is the following definition:Absolute pressure is the total pressure at a point in a fluid equaling the sum of the gage and the atmospheric pressures.
How does one obtain the total pressure of a system that is being operated at the same pressure as current atmospheric pressure?
The total pressure of a gas mixture is the sum of the partial pressures of each individual gas in the mixture.
What is the atmospheric pressure if the partial pressure of nitrogen oxygen and argon are 442mm Hg 118.34mm Hg and 5.66mm Hg respectively?
These three components are the three largest components of air. The total pressure of a gas mixture is just the sum of the partial pressures of each component. Air is a mixture and nitrogen, oxygen, and argon are the three biggest components. So, the atmospheric pressure (or air pressure) would be the sum of the partial pressure of each component of the air: Ptot=PPnitrogen + PPoxygen+ PPargon = 442 mmHg + 118.34 mmHg + 5.66 mmHg = 566 mmHg
Is high pressure bad pressure?
to sum it all up... Yes.
Is it not true that the sum of two even numbers is never odd?
It is true that the sum of 2 even numbers is never odd
Can you use the SUM function with boolean values?
Yes you can. TRUE is worth 1 and FALSE is worth 0. However it does behave slightly strangely in the it won't add them through cell references in all situations. So if you had TRUE in cell A2 and A3 then the following will both return zero:=SUM(A2:A3)=SUM(A2,A3)However, the following will both return 2:=SUM(A2+A3)=SUM(TRUE,TRUE)Yes you can. TRUE is worth 1 and FALSE is worth 0. However it does behave slightly strangely in the it won't add them through cell references in all situations. So if you had TRUE in cell A2 and A3 then the following will both return zero:=SUM(A2:A3)=SUM(A2,A3)However, the following will both return 2:=SUM(A2+A3)=SUM(TRUE,TRUE)Yes you can. TRUE is worth 1 and FALSE is worth 0. However it does behave slightly strangely in the it won't add them through cell references in all situations. So if you had TRUE in cell A2 and A3 then the following will both return zero:=SUM(A2:A3)=SUM(A2,A3)However, the following will both return 2:=SUM(A2+A3)=SUM(TRUE,TRUE)Yes you can. TRUE is worth 1 and FALSE is worth 0. However it does behave slightly strangely in the it won't add them through cell references in all situations. So if you had TRUE in cell A2 and A3 then the following will both return zero:=SUM(A2:A3)=SUM(A2,A3)However, the following will both return 2:=SUM(A2+A3)=SUM(TRUE,TRUE)Yes you can. TRUE is worth 1 and FALSE is worth 0. However it does behave slightly strangely in the it won't add them through cell references in all situations. So if you had TRUE in cell A2 and A3 then the following will both return zero:=SUM(A2:A3)=SUM(A2,A3)However, the following will both return 2:=SUM(A2+A3)=SUM(TRUE,TRUE)Yes you can. TRUE is worth 1 and FALSE is worth 0. However it does behave slightly strangely in the it won't add them through cell references in all situations. So if you had TRUE in cell A2 and A3 then the following will both return zero:=SUM(A2:A3)=SUM(A2,A3)However, the following will both return 2:=SUM(A2+A3)=SUM(TRUE,TRUE)Yes you can. TRUE is worth 1 and FALSE is worth 0. However it does behave slightly strangely in the it won't add them through cell references in all situations. So if you had TRUE in cell A2 and A3 then the following will both return zero:=SUM(A2:A3)=SUM(A2,A3)However, the following will both return 2:=SUM(A2+A3)=SUM(TRUE,TRUE)Yes you can. TRUE is worth 1 and FALSE is worth 0. However it does behave slightly strangely in the it won't add them through cell references in all situations. So if you had TRUE in cell A2 and A3 then the following will both return zero:=SUM(A2:A3)=SUM(A2,A3)However, the following will both return 2:=SUM(A2+A3)=SUM(TRUE,TRUE)Yes you can. TRUE is worth 1 and FALSE is worth 0. However it does behave slightly strangely in the it won't add them through cell references in all situations. So if you had TRUE in cell A2 and A3 then the following will both return zero:=SUM(A2:A3)=SUM(A2,A3)However, the following will both return 2:=SUM(A2+A3)=SUM(TRUE,TRUE)Yes you can. TRUE is worth 1 and FALSE is worth 0. However it does behave slightly strangely in the it won't add them through cell references in all situations. So if you had TRUE in cell A2 and A3 then the following will both return zero:=SUM(A2:A3)=SUM(A2,A3)However, the following will both return 2:=SUM(A2+A3)=SUM(TRUE,TRUE)Yes you can. TRUE is worth 1 and FALSE is worth 0. However it does behave slightly strangely in the it won't add them through cell references in all situations. So if you had TRUE in cell A2 and A3 then the following will both return zero:=SUM(A2:A3)=SUM(A2,A3)However, the following will both return 2:=SUM(A2+A3)=SUM(TRUE,TRUE)
Does Dalton's law of partial pressures state that total pressure exerted by a mixture of gases is the sum of the pressures exerted independently by each gas in the mixture?
Yes. That is True. Dalton's Law is: that pressure exerted by a mixture of gases is the sum of the pressures exerted independently by each gas in the mixture. Reference: Human Anatomy and Physiology Marieb and Hoehn
What is true about the numerators of two like fractions with a sum of one?
They will sum to the denominator.
Why is Dalton's Law a limiting law?
A limiting law is such a law that is strictly true in a certain limit.Now, Dalton's law states that: The pressure exerted by a mixture of gases is the sum of the pressures that each one would exert if it occupied the container alone.The law that the sum of the partial pressures equals the total pressure is true for real and perfect gases.Whereas, the identification of partial pressure with pressure that a gas would exert on its own is only valid for a perfect gas.So now we see that Dalton's law is only valid for perfect gases, hence it is a limiting law.Hope that helps.
What is true about the numerators of two like fractions with a sum of 1?
That their sum is always equal to the denominator.
The sum of 3 odd numbers is odd-true or false?
True.
To a taxonomist a plant is the sum total of all its characteristics?
True :)
