SRCC GBO 2011

Instructions

A word arrangement machine when given a particular input, rearranges it following a particular rule. The following is the illuseration of the input and the steps of arrangement:

Input: You do things to help others in difficulty.
Step I : Do you others to help things difficulty in:
Step II : Do others you help to difficulty things in.
Step III: Do others help you difficulty to things in.
Step IV : Others do help difficulty you to in things.
And so on goes the machine. Study the logic and answer the questions that follow :

Question 101

If step II of a given input be ‘why are you not in contact with me’, what is the seventh step of the input ?

Video Solution
Question 102

If step VI of an input is ‘Above is the message to you from me’, what is step III of that input ?

Video Solution
Question 103

Given the following
Input : I am talking about your Delhi Patna Agra.
What step will be the following arrangement ?
About am I talking Delhi Agra Patna you.

Video Solution
Question 104

If step VII of a given input be 'I am serious about the conversation to you', what would be the input ?

Video Solution
Question 105

Given the following input, what would be step VIII of the input ?
Input : I am waiting for your reply in future

Video Solution
Instructions

In the following questions the sumbols $$-, \div, +, =$$ and $$\times$$ are used with the following meaning:

$$P - Q$$ means $$P$$ is greaterthan $$Q$$
$$P \div Q$$ means $$P$$ is greaterthan or equal to $$Q$$
$$P + Q$$ means $$P$$ is equal to $$Q$$
$$P = Q$$ means $$P$$ is smaller than or equal to $$Q$$
$$P \times Q$$ means $$P$$ is smaller than $$Q$$
For each question you have to assume given statements to be true and then. decide which of the two given conclusions is/are definitely true Give answer:

Question 106

Statements : A = K, N x A, M + N, R - M
Conclusions : I. K - N II. N x R

Video Solution
Question 107

Statement : A - T, R $$\div$$ A, D + R, S x D
Conclusions: I. D + A II. D - A

Video Solution
Question 108

Statement : E + E, H $$\times$$ F, O - E, H = G
Conclusions: I. O - H II. G x F

Video Solution
Question 109

Statement : R x S, D - E, G $$\div$$ S, E + G
Conclusions : I. R x D II.D - G

Video Solution
Question 110

Statement : M = W, B + A, M + A, G - W
Conclusions : I. B + M, II. M - B

Video Solution
cracku

Boost your Prep!

Download App