Well. I'm glad that such a low level question can create such fabulous responses. Thanks to all of you.
Electronworks said: The voltage being proportional to the current is called the resistance.
Resistance draws current in a circuit. In a series circuit, two resistors are along the same pipeline, so V=IR, where (I) remains a constant in a series circuit. Therefore, the higher the resistance, the higher the voltage.
When a component is added in parallel it is like creating another circuit. Another pipe for the current to flow through. And as voltage is proportional to current R=V/I, the voltage then depends also on the current flowing through the specific pipelines. Because the relationship is proportional, the voltage remains the same across all resistors in a parallel circuit. This is because V=IR, if you decrease the resistance, you increase the current, therefore, keeping the voltage across the different components constant.
Have I understood you all?