Chlorophyl a (dissolved in methanol) has a molar extinction coefficient of 111,700 M-.cm- at 417.8 nm. (a) What is the molarity of chlorophyll a in a solution with %T equal to 20.0% in a 1.0-cm sample holder? (b) Would the calculated value for molarity be the same, higher, or lower if the student accidentally uses %T - 30.0% instead of 20.0%? O higher O lower O same

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answer a and b
Chlorophyll a (dissolved in methanol) has a molar extinction coefficient of 111,700 M-1.cm-1 at 417.8 nm.
(a) What is the molarity of chlorophyll a in a solution with %T equal to 20.0% in a 1.0-cm sample holder?
(b) Would the calculated value for molarity be the same, higher, or lower if the student accidentally uses %T - 30.0% instead of 20.0%?
higher
lower
O same
Why?
Concentration i Select-
to percent transmittance.
directly proportional
Additional Materials
Inversely proportional
ODetermination of the Allura R
not related
prts Drink or Other Commercial
Transcribed Image Text:Chlorophyll a (dissolved in methanol) has a molar extinction coefficient of 111,700 M-1.cm-1 at 417.8 nm. (a) What is the molarity of chlorophyll a in a solution with %T equal to 20.0% in a 1.0-cm sample holder? (b) Would the calculated value for molarity be the same, higher, or lower if the student accidentally uses %T - 30.0% instead of 20.0%? higher lower O same Why? Concentration i Select- to percent transmittance. directly proportional Additional Materials Inversely proportional ODetermination of the Allura R not related prts Drink or Other Commercial
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