Directions (61-65) : Study the table and answer the given questions.
Number of wallets sold by 5 stores during 4 months Stores
| Months / Stores | B | C | D | E | F | | April | 66 | 69 | 0 | 125 | 45 | | May | 84 | 0 | 78 | 81 | 108 | | June | 100 | 68 | 71 | 0 | 70 |
Note : Few values are missing in the table (indicated by -). You are expected to calculate the missing value. If it is required to answer the given question on the basis of the given data and information.
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61). Had the number of wallets sold by Store C in May been 80% more than what it actually sold, the average number of wallets sold by Stores C, E and F in May would have been 87. What is the actual number of wallets sold by Store C in May ?
| A). 45 |
| B). 55 |
| C). 40 |
| D). 50 |
| E). 60 |
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62). The total number of wallets sold by Store D in March and April together is 35 more than that sold by Store B in April and July together. If the number of wallets sold by Store B in July is 52, what is the number of wallets sold by Store D in April ?
| A). 66 |
| B). 62 |
| C). 48 |
| D). 54 |
| E). 56 |
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63). Number of wallets sold by Store E decreased by 12% from April to June. What Was the number of wallets sold by Store E in June ?
| A). 108 |
| B). 120 |
| C). 110 |
| D). 80 |
| E). 115 |
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64). The respective ratio between total number of wallets sold by Store B in March and June together and number of wallets sold by the same Store in October was 13 : 6. If the number of wallets sold by Store B in . October was 108, what was the number of wallets sold by Store B in March ?
| A). 118 |
| B). 138 |
| C). 134 |
| D). 128 |
| E). 120 |
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65). The number of wallets sold by Store F decreased by 20% from March to July and by 50% from July to August. If the-number of wallets sold by Store F in . August was 42, what was the number of wallets sold by Store F in March ?
| A). 105 |
| B). 95 |
| C). 100 |
| D). 80 |
| E). 115 |
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Directions (66-70) : In these questions, three statements foIIowed by two conclusions numbered I and II have been given. You have to take the given statements to be true even if they seems to be at variance from commonly known facts and then decide which of the given conclusions Iogically follows from the given statements ?
Give answer :
(1) If only conclusion I follows.
(2) If only conclusion II follows.
(3) If both conclusions I and II follow.
(4) If neither conclusion I nor II follows.
(5) If either conclusion I or II follows.
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66). Statements : S \( \large \ge \) J < C; P > J < Q
Conclusions : I. P > S; II. C < Q
| A). If only conclusion I follows. |
| B). If only conclusion II follows. |
| C). If both conclusions I and II follow. |
| D). If neither conclusion I nor II follows. |
| E). If either conclusion I or II follows. |
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67). Statements : P \( \large \ge \) R = E \( \large \ge \)N < S \( \large \le \) T
Conclusions: I. N \( \large \le \) P; II. T \( \large \ge \) E
| A). If only conclusion I follows. |
| B). If only conclusion II follows. |
| C). If both conclusions I and II follow. |
| D). If neither conclusion I nor II follows. |
| E). If either conclusion I or II follows. |
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68). Statements: D < S \( \large \ge \) I < C \( \large \le \) M < Q
Conclusions : I. D < M; II. Q> I
| A). If only conclusion I follows. |
| B). If only conclusion II follows. |
| C). If both conclusions I and II follow. |
| D). If neither conclusion I nor II follows. |
| E). If either conclusion I or II follows. |
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69). Statements: C > T = J \( \large \ge \) L < M < V
Conclusions: I. L < C; II. V > L
| A). If only conclusion I follows. |
| B). If only conclusion II follows. |
| C). If both conclusions I and II follow. |
| D). If neither conclusion I nor II follows. |
| E). If either conclusion I or II follows. |
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70). What will come next in the series in place of the question mark ? 135724635724572?
| A). 6 |
| B). 4 |
| C). 3 |
| D). 7 |
| E). 8 |
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