Select the option figure which is embedded in the given figure. (Rotation is NOT allowed)

To solve this problem, we need to find which of the option figures is embedded in the given figure. The important point is that rotation is not allowed, so the figure must match in orientation.
Let's analyze each option to determine which one is embedded in the given figure:

This is the given figure. We must compare each option with this figure to find the embedded one.

Option 1 appears to have components that do not match any section of the given figure exactly when viewed without rotation.

Option 2 lacks certain elements from the given figure, and does not fit in any section when overlaid directly.

Option 3 also doesn’t match as it misses some lines present in the original figure.

Option 4 matches a part of the given figure precisely, meeting all criteria without needing rotation.
The correct answer is Option 4.
Conclusion: By examining each option and comparing it with the original figure, we find that only Option 4 is correctly embedded in the given figure, as required without any rotation.
Consider the following figures 1, 2, 3 and 4:

In the figure from 1 to 4 above, two symbols are shown to change their position in a regular direction. Following the same sequence, which one of the following will appear at the fifth stage?
In each item, there are two sets of figures; first four figures named problem figures and next four figures named Answer figures indicates as (1), (2), (3), (4), (5) and (6). The problem figures follow particular sequence.

Which one of the following figures would logically come in the 7th position indicated above by a question mark?
There are two sets of figures namely Problem figure containing five figures 1, 2, 3, 4 and 5 Answer Figures (A), (B), (C) and (D) You have to select one figure from the answer set which will continue the same series as given in problem set figures

Consider the following diagrams:

x men, working at constant speed, do a certain job in y days. Which one of these diagrams shows the relation between x and y?
Consider the following matrix:
What is the number at 'X' in the above matrix?