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It does not affect current

Ayesha Akram

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Towards which terminal of the power supply should the negative (black) terminal of an ammeter be connected?

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Towards which terminal of the power supply should the negative (black) terminal of an ammeter be connected?

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We have to connect positive to positive and negative (black) to negative terminal

Ayesha Akram

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Q1 ans:It does not affect the current            Hamza haseeb Sarwar

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Q1 ans:It does not affect the current            Hamza haseeb Sarwar

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Q1: it does not affect it

Mahrukh Amina 6 green

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Q2 ans:we have to connect negative to negative Hamza Haseeb Sarwar 

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Q2 ans:we have to connect negative to negative Hamza Haseeb Sarwar 

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Maryam omer 6 Green

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Q2: we have to connect positive to positive and negative to negative

Mahrukh Amina 6 green

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Q2 ans to the negative side or black side

anas

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Q2 ans:we have to connect negative to negative and positive to positive  

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Q2 ans:we have to connect negative to negative and positive to positive  

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Maryam omer mailk 6green

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Q1ans : It does not affect the current                                                                  Moosa Mansoor

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Q1ans : It does not affect the current                                                                  Moosa Mansoor

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Q ans ammeter dont effect the current

anas

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Q1 ANS it does not affect the current    ebaad

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Q1 ANS it does not affect the current    ebaad

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Q2ans : We have to connect negative to negative

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Q2ans : We have to connect negative to negative

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an ammeter is a device used to measure current       ebaad

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an ammeter is a device used to measure current       ebaad

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Q1 ans: It does not affect the current Hareem Shahzad

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Q1 ans: It does not affect the current Hareem Shahzad

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Q2 ans: we have to connect negative to negative     Hareem Shahzad

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Q2 ans: we have to connect negative to negative     Hareem Shahzad

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Ans1) Ammeters tend to influence the amount of current in the circuits they are connected to. 

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Ans1) Ammeters tend to influence the amount of current in the circuits they are connected to. 

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Ismail 6 Blue

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Ans2) We have to connect negative to negative and positive to positive.

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Ans2) We have to connect negative to negative and positive to positive.

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Ismail 6 Blue

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Ans 1 The black lead should always be connected to the side of the circuit that is closest to the negative terminal of the power source.

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Ans 1 The black lead should always be connected to the side of the circuit that is closest to the negative terminal of the power source.

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Mujtaba Ahmad 6 Red

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Q2 ANS. No it does not effect the current 

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Q2 ANS. No it does not effect the current 

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Mahrukh Fatima 6-blue

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Q1 Ans . We will connect the negative to negative

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Q1 Ans . We will connect the negative to negative

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Mahrukh Fatima 6-blue

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Towards which terminal of the power

supply should the negative (black) terminal of an ammeter be connected ?

Answer: The black lead should always be connected to the side of the circuit that is closest to the negative terminal of the power source.

Alishba Ishtiaq

6 Red

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How does
an ammeter affect current?
Answer : An (Ampere meter) is an instrument used to measure the current in a circuit. The presence of the ammeter doesn't significantly affect the current in the circuit due to its low resistance.

Alishba Ishtiaq

6 Red

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Ammeter is used to measure the amount of current. The negative or black side of an ammeter affect the current.

Fatima shahid 6 Blue

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Ans 1 just like voltmeters,ammeters tend to influence the amount of current in the circuits they're connected to.

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Ans 1 just like voltmeters,ammeters tend to influence the amount of current in the circuits they're connected to.

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Mujtaba Ahmad

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It doesn't effect it

Affan Tahir 6 green 🍏

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Q Towards which terminal of the power

supply should the negative (black) terminal of an ammeter be connected

Ans-It should be connected to the side of the circuit that is closest to the negative terminal of the power source.

Q- How does an ammeter affect current

Ans-Ammeters tend to influence the amount of current in the circuits they're connected to and offers low resistance.

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HOW DOES AN AMMETER AFFECT THE CURRENT? 

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Toward wich terminal of the power supply should the negative (black) terminal of an ammeter be connected?

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Question no 1

The negative (black) terminal of an ammeter should be connected to the common ground or negative terminal of the power supply.

Question no 2

An ammeter measures current by being placed in series with the circuit, allowing the current to flow through it. It has low resistance to minimize its impact on the circuit's current.

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It does not affect current-Hadi rafique

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To the negative side-Hadi Rafique

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ZAID HARIS

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Q2ANS:WE HAVE TO CONNECT NEGATIVE TO NEGATIVE AND POSITVE TO POSITIVE

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Q2ANS:WE HAVE TO CONNECT NEGATIVE TO NEGATIVE AND POSITVE TO POSITIVE

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ZAID HARIS

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6 Blue.

Answer2: we will have to connect negative to negative and positive to positive to make it work

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6 Blue

Answer1: I can't effect the current

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Ans 1: we should connect it to the negative terminal of the power supply. This allows the ammeter to measure the current flowing into the circuit.

And 2: An ammeter doesn’t actually affect the current circuit.

it’s used to measure the current flowing through a circuit.

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Q:1 ans: negetive to positive- MEERAB 6 BLUE

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Q:1 ans: negetive to positive- MEERAB 6 BLUE

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Q:2 ans: it will not affect the current- MEERAB 6-BLUE 

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Q:2 ans: it will not affect the current- MEERAB 6-BLUE 

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ANS 1. The black lead will always go to the negative/grounded terminal. The red lead will go to the positive terminal on the ammeter.

ANS 2. Just like voltmeters, ammeters tend to influence the amount of current in the circuits they’re connected to. However, unlike the ideal voltmeter, the ideal ammeter has zero internal resistance, so as to drop as little voltage as possible as current flows through it.

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BO

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The negative terminal of an ammeter should be connected to the negative terminal of the power supply or the part of the circuit where the current flows into.

Question 2

An ammeter is designed to measure electrical current in a circuit. When connected in series it becomes a part of the circuit and its low resistance allows the current to flow through it. The ammeter essentially measures the flow of electrons through the circuit, providing a reading of the current without significantly affecting it due to its low resistance.

Saim Qazi 6red