An oil drop has ` 8.01 xx 10^(-19) C` charg .Calculate the number of electrons in this drop.

An oil drop has 8.01xx10^-19 C charge calculate the number of electrons in this drop.

Quantum Nature of Charge In Milikan's oil drop experiment , the charge present on an oil drop is 12.8 xx 10^(-18)C, Calculate the number of electrons presents in oil drop.

In Millikans experiment, static electric charge on the oil drops has been obtained by shining X-rays. If the static electric charge on the oil drop is '-1.282 xx 10^(-18) C'. Calculate the number of electrons present on it.

In Millikan's experiment, static electric charge on the medias has been obtained by shining X-rays. if the static electric charge on the oil drop is -1.282 xx 10^(-18)C . Calculate the number of electrons present in it.

in milikan experiment static electric charge on the oil drops has been obtained by shining X-rays if the static electric charge on the oil drop is -1.282 xx 10^(18) C calculate the number of electron presenct on it.

In Milikan's experiment, static electric charge on the oil drops has been obtained by shining X-rays. If the static electric charge on the oil drop is -1.282 xx 10^-18 C, Calculate the number of electrons present on it.

In Milikan's experiment, static electrons charge on the oil drops has been obtained by shining X-rays. If the static electric charge on the oil drop is -1.282xx10^(-18)C , calculate the number of electrons present on it.

In Milikan's experiment, static electrons charge on the oil drops has been obtained by shining X-rays. If the static electric charge on the oil drop is -1.282xx10^(-18)C , calculate the number of electrons present on it.

In Millikan's experiment, static electric charge on the oil drops has been obtained by shining X-rays. If the static charge on the oil drop is -1.282xx10^(-18)C , calculate the number of electrons present on it.