A stone falls freely under gravity. It covers distances \[{{h}_{1}},\,\,{{h}_{2}}\] and \[{{h}_{3}}\] in the first 5 seconds, the next 5 seconds and the next 5 seconds respectively. The relation between \[{{h}_{1}},\,\,{{h}_{2}}\] and \[{{h}_{3}}\] is

\[{{h}_{2}}=3{{h}_{1}}\text{ }and\text{ }{{h}_{3}}=3{{h}_{2}}\]

\[{{h}_{1}}=\frac{{{h}_{2}}}{3}=\frac{{{h}_{3}}}{5}\]

\[{{h}_{1}}={{h}_{2}}={{h}_{3}}\]

\[{{h}_{1}}=2{{h}_{2}}=3{{h}_{3}}\]

A stone falls freely under gravity. It covers distances \[{{h}_{1}},\,

1.	A stone falls freely under gravity. It covers distances \[{{h}_{1}},\,\,{{h}_{2}}\] and \[{{h}_{3}}\] in the first 5 seconds, the next 5 seconds and the next 5 seconds respectively. The relation between \[{{h}_{1}},\,\,{{h}_{2}}\] and \[{{h}_{3}}\] is
A.	\[{{h}_{1}}=\frac{{{h}_{2}}}{3}=\frac{{{h}_{3}}}{5}\]
B.	\[{{h}_{2}}=3{{h}_{1}}\text{ }and\text{ }{{h}_{3}}=3{{h}_{2}}\]
C.	\[{{h}_{1}}={{h}_{2}}={{h}_{3}}\]
D.	\[{{h}_{1}}=2{{h}_{2}}=3{{h}_{3}}\]
Answer» B. \[{{h}_{2}}=3{{h}_{1}}\text{ }and\text{ }{{h}_{3}}=3{{h}_{2}}\]