Each question consists of two statements, namely, Assertion $\left(A\right)$ and Reason $\left(R\right)$. For selecting the correct answer, use the following code:

Assertion (A)	Reason (R)
If the median and mode of a frequency distribution are $150$ and $154$ respectively, then its mean is $148$.	Mean, median and mode of a frequency distribution are selected as:  mode $=3$ median $-2$ mean.

Consider the following distribution:

The sum of the lower limits of the median class and the modal class is

Consider the following frequency distribution:

The upper limit of the median class is 

In the table given below, the times taken by $120$ athletes to run a $100-\mathrm{m}$-hurdle race are given.

Find the number of athletes who completed the race in less than $14.6$ seconds.

The annual profits earned by $30$ shops of a shopping complex in a locality are recorded in the table shown below:

If we draw the frequency distribution table for the above data, find the frequency corresponding to the class $20-25$