Of the 50 apples in a box, 14 are golden and the others are red. 3 of the golden apples are rotten. If the total number of rotten apples is 9, the number of good red apples is
ATQ, Total number of apples = 50 Number of golden apples = 14 Number of red apples = Total apples - Golden apples = 50 - 14 = 36 Number of rotten golden apples = 3 Total number of rotten apples = 9 Now, we need to find the number of good red apples. Since the total number of rotten apples is 9 and 3 of them are golden, the remaining 6 must be red. Therefore, the number of good red apples is the total number of red apples minus the rotten red apples: Good red apples = Total red apples - Rotten red apples = 36 - 6 = 30 So, the number of good red apples is 30.
Statements: B < C ≤ D < A ≥ Y
Conclusion: I. A > B II. Y < C
...In which of the following expressions will the expression ‘M ≥ N ' and ‘Q < O’ be definitely true?
Statements: B & C, C # D, D @ E, E % F
Conclusions: I. C & F II. E # B
...Statements:
A ≥ Z > B ≥ Y; C > B ≥ W
Conclusion:
I. A > W
II. C > Y
Statement: L > J ≥ U ≥ F; P < S < L
Conclusion: I. S < F II. P < U
Which of the following symbols should be placed in the blank spaces respectively (in the same order from left to right) in order to complete the given ...
In the following question, a relationship between different elements is shown in the statements, followed by two conclusions I and II. Assuming the stat...
Statement: H > G = M > S; G `>=` T > L; M `<=` F < U
Conclusion: I. F > S II. T < H
...Statements : P > Q < R = U ≤ V = S ≤ W ≥ X > I
Conclusions :
I. Q ≥ V
II. R ≤ W
Statements: M # N # O $ P & Q % R % S
Conclusions : I. Q @ S ...