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Capital expenditures are those that are incurred to acquire, upgrade, or maintain physical assets such as property, plants, buildings, technology, or equipment. They are long-term investments that are expected to provide benefits for more than one year. The other three transactions are not capital expenditures. a. During the year ₹3,000 was spent on the repair of various machines is an operating expense, as it is incurred to maintain the machines in working order. c. Cost of annual white-washing of a building is also an operating expense, as it is incurred to maintain the building in good condition. d. Wages paid to workers for converting raw material into finished product is a cost of goods sold, as it is incurred to produce the finished product. Therefore, the only transaction that is a capital expenditure is b. ₹15,000 spent on repairs before using a second-hand car purchased recently. This is because the repairs are incurred to prepare the car for use, and the car is a long-term asset that is expected to provide benefits for more than one year.
Statement: D < F; D ≥ E > G; I ≥ H > F
Conclusion:
I. G ≥ F
II. H ≥ D
Statements: P # Q @ R & S @ T # W % I, K $ S @ L
Conclusions: I. Q # W II. R & L
...What should come in the place of question mark, in the given expressions to make ‘J < E’ always true?
‘D < E _? _F = G ≥ H = I ≥ J’
In the following questions assuming the given statements to be true, find which of the conclusion among given conclusions is/are definitely true and th...
Which of the following symbols should replace the sign ($) and (#) in the given expression in order to make the expressions V ≥ Y and X > B definitel...
In the question, assuming the given statements to be true, find which of the conclusion (s) among given two conclusions is /are definitely true and th...
Statement: J < L; J ≥ H > K; L ≥ F > M
Conclusion:
I. K ≥ L
II. F ≥ J
What should come in the place of question mark, in the given expressions to make ‘T ≤ Z’ always true?
R > S = T ≤ U ≤ V _?_ W = X ≤ Y...
Statements: P % Q, P $ R, Q # S, R @ T
Conclusions:
I. R $ Q
II. S & T ...
Statements:
L ≤ J ≤ C = N; W ≥ X > L
Conclusions:
I. J ≤ X
II. X ˃ W