Show that the equivalent resistance in parallel combination is less than each of the resistances. The main Voltage for a house is 220V, the fuse is of 5A, What Will be the maximum number of 60Watt bulb that can be switched or together?

Show that the equivalent resistance of a parallel combination is less than every individual resistance of that combination.

Show that equivalent resistance in parallel combination is always less than each of the individual resistances connected in the combination.

Equivalent resistance in a parallel combination is ...... than each of the component resistances [Fill in the blanks].

Show that if a resistance connected in a parallel combination is much smaller than the other resistance of the combination,then the equivalent resistance of the combination is almost equal to the small resistance.

Show that when a number of resistance are connected in parallel their equivalent resistance is smaller than the smallest of them .

A house hold circuit has a fuse of 5 A rating. Calculate the maximum number of bulbs rated 60 W —220 V each, which can be connected in- this household circuit?

A household circuit has a fuse 5A rating. Calculate the maximum number of bulbs rated 60 W-220.V each, which can be connected in this household circuit?

For n number of resistors of magnitude r connected in parallel, the equivalent resistance in R. What will be the value of the equivalent resistance when they are connected in series? Or, show that if n identical conductors are joined in series, the combined resistance is n^2 times as great as when they are joined in parallel.

You are given several identical resistances,each of value R= 10 Omega and each capable of carrying a maximum current of 1A. It is required to make a suitable combination of these resistances to obtain a resistance of 5 Omega which can carry a current of 4A, FInd the mninimum number of resistances of the type R that will be required.