The format of a floating point number using the simple model described in the

textbook is:

$14-$bits

$5$ bits for the exponent with a bias of $15$

$8$ bits for the normalized mantissa $($no hidden bit$)$

$1$ bit for the sign

Using this format, express the floating point value $25\mathrm{.}325$ in both binary and

hexadecimal.

The format of a floating point number using the simple model described in the

textbook is:

$14-$bits

$5$ bits for the exponent with a bias of $15$

$8$ bits for the normalized mantissa $($no hidden bit$)$

$1$ bit for the sign

Using this format, express the hexadecimal value $1483$ as a floating point number

in both scientific binary format and decimal format.