Direction Based Test
Logical Reasoning Questions based on Direction Based Test can be tried upon in this question and answers. Attempt all of them to know if you understand it's basic concept.This section is very useful for those who are preparing for competitive exams such as Written test of Bank Exams, CAT Exams, Railway Exams, SSC, UPSC,Banking,Insurance, Defence and many more.
Q1.Location of B is north of A and location of C is east of A. The distances AB and AC are 5 km and 12 km respectively. The shortest distance (in km) between the locations B and C is
Q2.Ram walked 6 m facing towards east, then took a right turn and walked a distance of 9 m. He then took a left turn and walked a distance of 6 m. How far is he from the starting point?
Q3.What is the maximum number of different paths that exist between station A and station B?
Directions: Study the given information and answer the following questions:
I. There are 6 Toll-Bridges P, Q, R, S, T and U.
II. Toll-Bridge U is 35 kms to the North of S which is 20 kms to the North-East of Q.
III. Toll-Bridge P is 10 kms west of T and 20 kms to the south-west of R
IV. Q, P and T are in straight line.
V. The Toll-Bridge Q and T are 60 kms apart from each other.
If a car moves from T to U via P, Q and S, how much distance it will have to cover?
Q5.'A' and 'B' are two fixed points in a field. A cyclist 'C' moves such that angle ACB is always a right angle. In this context, which one of the following statements is correct?
Q6.The houses of A and B face each other on a road going north-south, A's being on the western side. A comes out of his house, turns left, travels 5 km, turns right, travels 5 km to the front of D's house. B does exactly the same and reaches the front of C's house. In this context, which one of the following statements is correct?
Q7.Consider the figure given below and answer the items that follows:
In the figure shown above, OP1 and OP2 are two plane mirrors kept perpendicular to each other. S is the direction of a beam of light falIing on the mirror OP1. The direction of the reflected beam of light from the mirror OP2 will be