To answer this item, we let x be the current number of chairs. After adding 50 chairs to the current inventory, the total number of chairs would then be equal to x + 50. The equation that would allow us to determine the value of x is written below.
x + 50 = (3/2)(x)
Simplifying the equation,
x + 50 = 3x/2
x - 3x/2 = -50
-x/2 = -50
Dividing both sides of the equation by -1/2, the value of x is equal to 100.
To increase the inventory by 40%, the equation would be,
y = x(1.4) = 1.4(100) = 140
<em>ANSWER: 140 chairs</em>
The answer to this question is "Moral Hazard". Hence I<span>f an individual and companies believe they can pursue rewards without facing the risks that should be attached to those pursuits, they are more likely to engage in irresponsible and even unethical behavior. this situation is known as a MORAL HAZARD. This is a belief of a company that they can pursue rewards without facing a problem or any issue.</span>
Answer:
"Ordering" is the correct solution.
Explanation:
- Ordering expenses are incurred in purchasing a new shipment of manufactured goods. This would include expenditures for the attempting to place of a purchase agreement, cost savings for the evaluation including its batches expected to receive, ends up costing for documentary evidence, etc.
- The cost of ordering correlated negatively with either the cost of transport. This appears to mean because the much more purchases a business location including its providers, the significantly higher the ordering costs will indeed be.
Business generates those resources when it makes a profit. And those resources can help to solve social and environmental problems, they only have to reallocate these profits to social problems. Many companies don't still know but, when they really make profit is when they solve social problems.
Answer:
And if we convert this into % we got 
See explanation below.
Explanation:
We assume that we have compounding interest.
For this case we can use the future value formula given by:
Where:
FV represent the future value desired = 1000000
PV= represent the present value = 50000
i = the interest rate that we desire to find in fraction
n = number of times that the interest rate is compounding in 1 year, since the rate is annual then n=1
t = represent the number of years= 50 years
So then we have everything in order to replace and we got:
Now we can solve for the interest rate i like this:
And if we convert this into % we got
