| (a) What fraction of alphabets are made of exactly 3 straight lines? |
| (b) What fraction of alphabets are made of curved lines? |
A)
(a) (b) \[\frac{5}{6}\] \[\frac{4}{6}\]
B)
(a) (b) \[\frac{3}{6}\] \[\frac{1}{6}\]
C)
(a) (b) \[\frac{2}{6}\] \[\frac{3}{6}\]
D)
(a) (b) \[\frac{1}{6}\] \[\frac{2}{6}\]
Correct Answer: B
Solution :
(a) Alphabets made up of exactly 3 straight lines are K, H and A i.e., 3 in number. Total number of alphabets = 6 \[\therefore \] Required fraction \[=\frac{3}{6}\] (b) There is only one alphabet made up of curved lines i.e., S. \[\therefore \] Required fraction \[=\frac{1}{6}\]
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