Get Started with ixamBee
Start learning 50% faster. Sign in now
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: T > U, V > W, U = X, R ≥ X, V = R
Conclusion:
I. T ≥ W
II. W > T
In the question, assuming the given statements to be true, find which of the following conclusion(s) among the three conclusions is/are true and then ...
Statements: M%G, G@I, I$F, F&O
Conclusions:
I. I$M
II. I$O �...
Statement: P ≤ W < O = D ≥ G > T
Conclusions:
I. P ≤ T
II. W < D
Statements: Q > R ≥ V = U ≤ W > S = T ≤ X
Conclusion
I: X ≤ V
II: X > V
A statement is given, followed by four conclusions given in the options. Find out which conclusion is true based on the given statement.
Statemen...
Statements: Q ≤ P ≤ R < S, T = M > Q > V
Conclusions:
I. T > V
II. V < S
III. Q < T
...Statements: M @ C, C $ X,X # J, J * N Conclusions :
I. N % X
II. J % M
Statements: E < F < N; O < Q ≤ D; F < D; R < P ≥ O
Conclusions:
I. R < D
II. D > E
III. N > Q
In the question, assuming the given statements to be true, find which of the conclusion (s) among given three conclusions is/are definitely true and th...
