<span>This is neither a heat nor a work interaction since no energy is crossing the system boundary. This is simply the conversion of one form of internal energy (chemical energy) into another form (sensible energy or internal energy).</span>
Answer:
Assuming that Hal spends all of his income on honey and milk, the combination of milk and honey that will maximize his total utility is <u>2</u> jars of honey and <u>4</u> gallons of milk.
Explanation:
This question is missing a table that should be as follows:
quantity total util. marginal quantity total util. marginal
of milk from milk utility per $ of honey from honey utility per $
1 32 16 1 44 11
2 60 14 <u> 2 84 10</u>
3 84 12 3 120 9
<u>4 104 10</u> 4 152 8
5 120 8 5 180 7
6 132 6 6 204 6
7 140 4 7 224 5
8 144 2 8 240 4
We should purchase quantities that yield the same marginal utility per dollar spent, options are:
- <u>4 gallons of milk and 2 jars of honey ⇒ total cost = $8 + $8 = $16</u>
- 5 gallons of milk and 4 jars of honey ⇒ total cost = $10 + $16 = $26
- 6 gallons of milk and 6 jars of honey ⇒ total cost = $12 + $24 = $36
- 7 gallons of milk and 8 jars of honey ⇒ total cost = $14 + $32 = $46
Answer:
b. cost of goods sold
Explanation:
The cost of merchandise is the expense incurred by retailers and wholesalers when they purchase inventory for reselling to customers. It is the cost of goods sold. Retailers and wholesalers do not manufacture goods; hence they will not have the cost of goods sold in their books. Instead, they buy finished products from manufacturers, which they refer to as the cost of merchandise sold.
Therefore, the cost of merchandise sold is equivalent to the cost of goods sold for non-manufacturing firms. To calculate the cost of merchandise sold, take beginning inventory plus merchandise purchased minus closing inventory.
Answer:
3 times
Explanation:
The Calvin cycle is the second phase of photosynthesis (the first being light dependent phase) involving three major stages viz: carbon fixation, reduction and regeneration of RUBP.
In the carbon fixation stage, CO2 is accepted by RUBP molecule to form six-carbon compound, which soon disintegrates into two molecules of 3-carbon compound called PGA.
In the reduction stage, PGA is reduced to G3P (glyceraldehyde-3-phosphate). The G3P (triose phosphate molecule) is either transported out of the chloroplast to make glucose or used to regenerate RUBP in the last stage. Either ways, It takes the reactions involved in Calvin cycle to occur "THRICE" in order to synthesize one 3-carbon triose phosphate sugar molecule (G3P).