The absorbance reported by the defective instrument was 0.3933.
Absorbance A = - log₁₀ T
Tm = transmittance measured by spectrophotometer
Tm = 0.44
Absorbance reported in this equipment = -log₁₀ (0.44) = 0.35654
True absorbance can be calculated by true transmittance, Tm = T+S(α-T)
S = fraction of stray light = 6%= 6/100 = 0.06
α= 1, ideal case
T = true transmittance of the sample
Tm = T+S(α-T)
now, T= Tm-S/ 1-S = 0.44-0.06/ 1-0.06 = 0.404233
therefore, actual reading measured is A = -log₁₀ T = -log₁₀ (0.404233)
i.e; 0.3933
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The "Imported Asset" refers to the image attached to this answer. And this is a true or false question regarding whether the structure shown is a cyclohexane ring containing two attached methyl groups.
The correct answer is
TRUE. The ring structure is composed of 6 carbons which makes it a cyclohexane, and there are two methyl groups (-CH3) attached to the ring in the 1- and 3-positions of the ring. The full name of this structure is 1,3-dimethylcyclohexane.
the block will move to F but at the same time make it's way over to G because 250g weighs more than 100g