Answer:
A question is an utterance which typically functions as a request for information, which is expected to be provided in the form of an answer. Questions can thus be understood as a kind of illocutionary act in the field of pragmatics or as special kinds of propositions in frameworks of formal semantics such as alternative semantics or inquisitive semantics. Questions are often conflated with interrogatives, which are the grammatical forms typically used to achieve them. Rhetorical questions, for example, are interrogative in form but may not be considered true questions as they are not expected to be answered.
Answer
The answer and procedures of the exercise are attached in the following archives.
Explanation
You will find the procedures, formulas or necessary explanations in the archive attached below. If you have any question ask and I will aclare your doubts kindly.
Answer:
Yes, In situation of high risk credit will create more problem due to bankruptcy.
Explanation:
I Think if business will buy more credit in times of high risk then business will end up in stage of bankcruptcy because in that situation business will making poor profits and no revenue so it won't be able to pay back debt.
An example would be
The Cost of flour for a baker
Answer:
The option that maximizes Maggie's taste index is 1 snack bar and 2 ice creams
Explanation:
<u>snack bar</u> <u>ice cream</u>
37 grams 65 grams
120 calories 160 calories
5 grams of fat 10 grams of fat
Maggie wants to consume up to 450 calories and 25 grams of fat, but she needs at least 120 grams of dessert per day. Ice cream taste 95, snack bars 85.
- maximize taste index = [85(37X) + 95(65Y)] / (37X + 65Y)
- 5X + 10Y ≤ 25 ⇒ CONSTRAINT 1
- 120X + 160Y ≤ 450 ⇒ CONSTRAINT 2
- 37X + 65Y ≥ 120 ⇒ CONSTRAINT 3
- X ≥ 0 ⇒ CONSTRAINT 4
- Y ≥ 0 ⇒ CONSTRAINT 5
maximum possible combinations following constraint 1, 4 AND 5:
- option 1: 1 snack bar - 2 ice creams (5 + 20 = 25)
- option 2: 2 snack bars - 1 ice cream (10 + 10 = 20)
- option 3: 3 snack bars - 1 ice cream (15 + 10 = 25)
possible combinations following constraint 2:
- option 1: 1 snack bar - 2 ice creams (120 + 320 = 440)
- option 2: 2 snack bars - 1 ice cream (240 + 160 = 400)
possible combination following constraint 3:
- option 1: 1 snack bar - 2 ice creams (37 + 130 = 167)
- option 2: 2 snack bars - 1 ice cream (74 + 65 = 139)
since we only have two possibilities, we can calculate which one generates the highest taste index
maximize taste index = [85(37X) + 95(65Y)] / (37X + 65Y)
- option 1: 1 snack bar - 2 ice creams = [85(37) + 95(130)] / (37 + 130) = (3,145 + 12,350) / 167 = 92.78
- option 2: 2 snack bars - 1 ice cream = [85(74) + 95(65)] / (74 + 65) = (6,290 + 6,175) / 139 = 89.68
