Answer:
The unstated assumptions in the problems given is that the company may require more units of aluminium and steel, which would allow for producing more bicycles.A linear programming model cannot account for this.
Explanation:
Linear programming model: this is an algebraic description of te objectives to be minimized and the constraints to be satisfied by the variables.
None of those answers are suitable to me.
Government bonds are generally regarded as low-risk and they typically have modest (low) interest rates for return on investment, and these are advantages really. So we can discount answer A, C, and D.
I guess you could say that bonds can be hard to find (Answer B) but this not really true. There is always a bond market to trade bonds on. It requires setting up a trading account or speaking to a broker so this can be more difficult than putting money in a bank account, but to be honest I don't think any of those answers are appropriate for the question.
Answer:
O The size of the labor force is 40 million
Explanation:
Given:
Participation rate is 75%
Unemployment rate is 10%
Employment rate is 67.5%
The number of employed is 27 million.
As the employment rate is 67.5% of the size of the labor force which means that 27 million people are employed, we can say that number of people are employed equals to 67.5 percent of the total size of the labor force and we can write it numerically as:
27 = size of the labor force 
67.5%
27 = size of the labor force
27 = size of the labor force 
Dividing both side by 0.675
Size of the labor force = 40 million
Therefore, (O The size of the labor force is 40 million) option is correct.
Answer:
$7,000 was invested in Fund A
Explanation:
As per given Condition
A + B + C = $22,000 (1)
A5% + B8% = $750 (2)
As given
C = 2B
Placing C value in 1
A + B + 2B = $22,000
A +3B = $22,000 (3)
Multiplyin (2) by 20
A (0.05) x 20 + B (0.08) x 20 = $750 x 20
A + 1.6 B = $15,000 (4)
Subtracting (4) from (3)
A +3B - (A + 1.6 B ) = $22,000 - $15,000
A +3B - A - 1.6 B ) = $7,000
1.4 B = $7,000
B = $7,000 / 1.4
B = $5,000
As
C = 2B
C = 2 x $5000
C = $10,000
Placing value of B and C in (1)
A + $5000 + $10,000 = $22,000
A + $15,000 = $22,000
A = $22,000 - $15,000
A = $7,000
<u>CHECK</u>
A5% + B8% = $750
$7000 x 5% + $5,000 x 8% = $750
350 + $400 = $750
$750 = $750
If you give sales, have really good customer service, have clearance on some items, and if they honor what a worker says to the customer. Also if the workers are respectful
