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FULL QUESTION: Many seed eating rodents and birds in extreme deserts don’t have access to liquid water and instead manage to get adequate water from:

a.air
b.dew
c.soil
d.respiration
e.blood

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Home >All Categories > Science & Mathematics >Medicine >Open Question Bernard Member since:April 05, 2011Total points:95 (Level 1)I am taking amoxicillin 500mg. As I cannot swallow these and see no reason to reject my bodies gagging reaction as indicating the tablet is too big I have removed the powder from the capsule and mixed with food. I don't really care what its mixed with as I detect no taste from it anyway. Which does beg the question why the soluble version is flavoured with liquorice.
Anyway. Is it still as effective, If not why not, and can I improve this by mixing it with something specific.Answer Question

by jim Member since:September 15, 2009Total points:1,329 (Level 3)drink with water if it still feels like its nto goign down eat a small piece of bread after you swallow it to help it go down

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Home >All Categories > Science & Mathematics >Engineering >Open Question zaidS Member since:September 20, 2009Total points:99 (Level 1)through a 10-cm-diameter hole at the top of the sphere.Liquid acetone inside the tank evaporates and es-capes out of the hole. Air flows over the hole so that the acetone vapors are immediately swept away. Liquid acetone is continually fed to the tank to maintain a constant liquid level at the midpoint of the tank, and the tank is heated to maintain the temperature at 298 K as the acetone evaporates. Develop an equation to predict the total molar rate of acetone vapor emissions from the sphere. What is the acetone emissions rate if acetone exerts a vapor pressure of 3.066 x 104 Pa at 298 K?Answer Question

by Daniel Member since:December 10, 2009Total points:268 (Level 2)An equation is not the problem, the total molar rate is the issue

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Home >All Categories > Science & Mathematics >Physics >Open Question J Member since:March 09, 2011Total points:83 (Level 1)Heat is transferred at constant pressure until the temperature reaches 350 degrees C.
a) what is the intial temperature of the water?
b) determine the total mass of water?
c) calculate the final volume?
d) show the process on a p-v diagram with respect to saturation lines?Answer Question

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