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In a fair, P_n represents the total pounds of nuts sold, where n = 95 and P_4.16n = 281.44. Determine the correct combination of pounds for almonds and cashew nuts sold from the following options:

a) 49.0 pounds of almonds and 46.0 pounds of cashew nuts
b) 36.0 pounds of almonds and 59.0 pounds of cashew nuts
c) 46.0 pounds of almonds and 49.0 pounds of cashew nuts
d) 59.0 pounds of almonds and 36.0 pounds of cashew nuts

User Drmirror
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1 Answer

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Final answer:

To find the correct combination of pounds for almonds and cashew nuts sold, we first need to solve for P_n. We can then check each option to see if it adds up to the total pounds. All options are correct.

Step-by-step explanation:

Given P_n represents the total pounds of nuts sold, where n = 95 and P_4.16n = 281.44, we can solve for P_n. Let's plug in the values:

P_4.16n = 281.44

P_4.16(95) = 281.44

P_394.4 = 281.44

P = \frac{281.44}{394.4}

P \approx 0.7134

Now we can determine the correct combination of pounds for almonds and cashew nuts sold by checking the options:

a) 49.0 pounds of almonds and 46.0 pounds of cashew nuts:

49.0 + 46.0 = 95.0 pounds

b) 36.0 pounds of almonds and 59.0 pounds of cashew nuts:

36.0 + 59.0 = 95.0 pounds

c) 46.0 pounds of almonds and 49.0 pounds of cashew nuts:

46.0 + 49.0 = 95.0 pounds

d) 59.0 pounds of almonds and 36.0 pounds of cashew nuts:

59.0 + 36.0 = 95.0 pounds

Since all options add up to 95.0 pounds, any of the combinations can be correct, including options a, b, c, and d.