Answer:
The answer is: D) growth mutual funds
Explanation:
Since the couple doesn't have that much money to invest and they probably can't afford high investment risks, my best advice would be to invest in mutual funds. Mutual funds provide diversified investments which are generally low risk and long term.
The way economists would probably explain the wastage of
this clam resource is by saying that clams are free goods and are therefore
subject to the tragedy of the commons effect. The tragedy of the commons effect
is a theory in economics, postulated by the Victorian economist William Forster
Lloyd.
The tragedy of the commons effect describes a condition
within a shared-resource system where each user act freely according to their
own self-interest, but their collective actions ends in the depletion or spoilage
of that resource, thus having a negative impact on the common good of all users.
In this case, commons is taken to refer to the clam resources.
Answer:
$823,000
Explanation:
To determine the net cash provided by operating activities using the indirect method we can use the following formula:
net cash flow = net income + depreciation expense - accounts receivable increase + inventory decrease - accounts payable decrease
net cash flow = $657,000 + $203,000 - $28,000 + $12,000 - $21,000 = $823,000
If accounts receivable decreased, then it would be added.
If inventories increased, then it would be subtracted.
If accounts payable increased, then it would be added.
Answer:
Nathalie provides a cosigner on her loan
Explanation:
In the case when an inidvidual co-signs the loan so the individual is become obligated in a legal way to repay the full loan with respect to nathalie when she is not able to pay the amount. Also the loan officer would permitted in that case when the co-signer has the stable kind of job or the source of revenue.
So, nathalie not sign the car of the parent as the collateral as it required the parent consent
So the above should be the answer
Answer:
$12,600
Explanation:
If Olivia Company uses the units of production depreciation method, we must calculate the depreciation cost per mile:
depreciation cost per mile = (purchase cost - salvage value) / total miles driven
depreciation cost per mile = ($50,000 - $5,000) / 250,000 miles
depreciation cost per mile = $45,000 / 250,000 = $0.18 per miles
Now we multiply by the total miles driven the first year times the depreciation cost per mile = 70,000 units x $0.18 per unit = $12,600
