Varying the resistance of one branch of a parallel circuit will vary the current through that branch without affecting the currents in any of the other branches. As the supply current is the sum of the branch currents it, too, will vary.
Of course It will affect. Because as we know that the current through the elements which are connected series are same and voltage varies depends upon the resistance or impedance. And also the voltage across the elements which are connected parallel are same and current through every branch varies and it should obey the kirchhoff's law. Having said that it will definitely affect the voltage and current distribution.
by adding resistance in parallel more current is bound to flow
It divides the current according to the resistances ( inversely proportional) of the devices but the potential difference across each remains the same.AnswerEach branch draws its own current. The sum of the branch currents will equal the supply current. Adding another branch will act to increase the supply current by the amount of current drawn by the new branch.It's a mistake to say that the branches 'divide the current', which suggests that the supply current is constant and is then distributed between the branches.
Increasing resistance decreases current.
In a series circuit, all the current passes through the one circuit. Any break will totally remove power from all of the circuit.Parallel circuits have more than one branch where the current can flow. A broken wire will only affect one part, the rest of the circuit will still pass current.In a series circuit, all the current passes through the one circuit. Any break will totally remove power from all of the circuit.Parallel circuits have more than one branch where the current can flow. A broken wire will only affect one part, the rest of the circuit will still pass current.
Adding additional lamps has no effect on the supply voltage supplied to you home. If the lamps are connected in series, then the sum of voltage-drops appearing across each lamp will equal the supply voltage. If the lamps are connected in parallel, then the voltage across each lamp will equal the supply voltage.
by adding resistance in parallel more current is bound to flow
it doesn't, the one with the highest resistance does
No, an electric current does not affect weight.
No.
varying the amount of light falling
No, an ammeter should never be placed in parallel with a component - it should always be placed in series, so that the current through the component is measured.If you place an ammeter in parallel with a component, you create a short circuit around the component. Depending on the rest of the circuit, you could damage the circuit, damage the ammeter, create a fire, etc. You certainly will affect the current through the component, and that is not what you want to accomplish.
More cells = more available power. Power = voltage * current. The orientation of the cells determines whether this power is delivered as more voltage, or more current. If the cells are in series, the voltage will increase proportionately and the available current will remain unchanged; if the cells are in parallel, the current will increase proportionately and the voltage will remain unchanged.
how dose alternating current and direct current affect heating, ventilation, and air conditioning
it divided Vietnam at the 17th parallel
Overhead lights are typically connected in parallel. If they were connected in series, then, if one light went out, all of the lights would go out. Think of Christmas lights, they are connected in series. When one of the lights burns out, the whole string of lights goes out.
It divides the current according to the resistances ( inversely proportional) of the devices but the potential difference across each remains the same.AnswerEach branch draws its own current. The sum of the branch currents will equal the supply current. Adding another branch will act to increase the supply current by the amount of current drawn by the new branch.It's a mistake to say that the branches 'divide the current', which suggests that the supply current is constant and is then distributed between the branches.
well pitching they help! depending on what pitch your throwing! especially a drop ball because gravity wants to pull it down anyway! and the air resitance makes other pitches move!