Answer:
5 pounds
Step-by-step explanation:
I assume the question is to find 
Given that 100 shares of ABC costs $425 and 100 shares of DEF costs $600 with a $375 commission.
Part A:
<span>If Tim does not buy DEF, then he has $425 + $600 + $375 = $1,400 to spend on ABC.
Therefore, Tim has $1,400 to spend on ABC if he does not buy DEF.
Part B:
</span><span>Given that 100 shares of ABC costs $425, then 1 share of ABC costs $425 / 100 = $4.25.
From part A, we have that </span>Tim has $1,400 to spend on ABC if he does not buy DEF.
Thus, I<span>f Tim does not buy DEF, he can buy $1,400 / $4.25 = 329.4 shares of ABC.
Therefore, Tim </span>can buy 329.4 <span>shares of ABC if he does not buy DEF.
Part C:
Given that Tim spent $1,400 to buy shares of ABC when he did not buy DEF. </span>
<span>
If the selling price is $2,100, Tim will have earned $2,100 - $1,400 = $700 by investing if he did not buy DEF
Therefore, </span><span>If the selling price is $2,100, Tim will have earned $700 by investing if he did not buy DEF.
Part D:
Given that the selling price is $2,100 and the cost price is $1,400, then the cash to Tim divided by the total cost, if he did not buy DEF is given by $2,100 / $1,400 = 1.5 = 150%
Therefore, </span><span>the cash to Tim divided by the total cost in this example to the (nearest 1%), if he did not buy DEF</span> is 150%
Step-by-step explanation:
Probabibility = 1/6 * 1/6 = 1/36 = 2.77%.
Answer:
The parameter of interest is average weight of the bags of cookies sampled.
Step-by-step explanation:
Sampling is done to compare sample average weight against the known average weight. (μ = 15.0 ounces) and to check if the manufacturing process produces bags as expected.
Then A hypothesis test can be done to test if average weight μ is 15.0 ounces by assuming <em>null</em> and <em>alternative</em> hypotheses at a <em>significance level</em>.
As a result, the purpose is to make an estimation about the average weight of the bags produced in the manufacturing process.
