Answer:
1040X
Explanation:
Form 1040X should be filled to make any amendments in the returns filed incorrectly. It is similar to Form 1040 with additional columns. It has additional columns, first column (A) where incorrect value is put, net change is put in the second column (B) and in the final column (C), correct amount is put. After recalculation, if a taxpayer owes additional tax, then 1040X should be filed by the due date. In case of refunds, 1040X can be filed within 3 years after the original returns were filed or 2 years from original tax paid.
Answer:
See below.
Explanation:
Total Variable over head variance = Spending variance + Efficiency variance
Total Spending variance = VOH - SVOR × AH
Total Efficiency variance = SVOR * ( AH - SH)
Assuming we only want total spending variance then option A is correct, however if we assume total overhead variance is required option E would be correct as we also need to account for the efficiency variance of overhead as per the difference between actual and standard hours worked.
Hope that helps.
Answer:
a counteroffer
Explanation:
Based on the information provided within the question it can be said that the original offer is still an offer but as the seller crossed out the provision and returned the offer it has now become a counteroffer. Meaning that it is a new offer with details from the original offer either removed or added, and is now up to the buyer to review and accept this new offer.
This desire to reduce internal tension is a crucial aspect of the drive-reduction theory.
<h3 /><h3>What is drive-reduction theory?</h3>
It corresponds to a psychological theory developed by Clark Hull, who believed that individuals are motivated to meet their basic needs, which are psychological and physiological needs.
Therefore, a behavior to reduce the unpleasant sensation of cold would be a physiological motivation proposed by the drive-reduction theory.
Find out more about drive-reduction theory here:
brainly.com/question/12933887
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Answer:
5.57%
Explanation:
Assuming that pure expectation theory holds, then the compounded returns of 1 year treasury security rate multiplied by the compounded return of 1 year security rate 1 year from now is equal to the compounded return of the 2 year treasury rate.
1 year treasury security rate = 4.25%
1 year treasury security rate 1 year from now = 6.9%
To solve, we have
1.0425 * 1.069 = (1 + x)²
1.1144 = (1 + x)², finding the square root of both sides
√1.1144 = 1 + x
1.0557 = 1 + x
x = 1.0557 - 1
x = 0.0557
Therefore, the yield today for 2 year treasury securities is 5.57%
