If the last band on the carbon resistor is absent,then the tolerance is (in $\%$)

$A$ resistor has bands with colours orange,green,silver and gold. Then,the resistance of the resistor is

The value of a carbon resistor with color bands Brown,Black,and Brown is .......... $\Omega$.

$A$ carbon resistor has a resistance specified by three bands with colors red,yellow,and black. If this resistor is cut into two pieces of equal length,what will be the new color code of each piece? (Neglect the tolerance of the $4^{th}$ band)

The resistance value of the given resistor is .......... $k\Omega$.

Give the sequence of colors of the rings marked on a resistor of $56 \, k\Omega$ with a tolerance of $\pm 5\%$.