ALL THE EQUATIONS Higher level.

Slides:

Advertisements

Similar presentations

Current Electricity & Ohm's Law.

Advertisements

ELECTRICAL CIRCUITS All you need to be an inventor is a good imagination and a pile of junk. -Thomas Edison.

Nolan R, JT S, and +1 Period 2. What is the unit for Potential Difference? A) amps B) Volt C) Ohm D) Liter.

CLASS :- X MADE BY :- MANAS MAHAJAN

Current and Voltage. Current Flow rate of electricity Current flows from + to – Measured in Amps – 1 Amp = 1 Coulomb per second Actually electrons flow.

POWER Noadswood Science, POWER To understand, and be able to calculate power Monday, August 10, 2015.

Current and Resistance

Current Electricity, Ohm’s Law & Circuits. Current (I) The rate of flow of charges through a conductor Needs a complete closed conducting path to flow.

Current, Voltage, and Resistance in a circuit

Current Electricity.

ELECTRIC CURRENT Electricity, like water, can only flow if charged particles have potential.

Circuits & Electronics

EGR 1011 Where Does Current Come From? The free electrons in a conductor need to be replaced when they move through the conducting medium (the wire). These.

Potential difference and electromotive force.

ELECTRICAL UNITS Match up correctly: CURRENT (C) Joules Ω

ELECTRIC CIRCUITS. I. Circuits A flow of electrons is called a current.  Symbol - I  Unit is Amperes or Amps (A)  I = q/t  Current is amount of charge.

Amps, Volts and Resistance (Ohm’s Law). Coulomb  Recall that one Coulomb has 6.25 X electrons.  If the current coming out of the outlet on the.

(1)A source voltage, that is, an electron pump usually a battery or power supply. [ ENERGY IN] (2) A conductor to carry electrons from and to the voltage.

Chapter 6 Ohm’s Law, Work, Energy and Power. 16 V.

Measuring Electrical Energy.  Energy: the ability to do work.  Electrical Energy: energy transferred to an electrical load by moving electric charges.

ELECTRICAL COMPONENTS and CIRCUITS Instrumental Analysis II CTEC 1345.

Unit 5 Packet Answers Notes.

CLASS :- X MADE BY :- MANAS MAHAJAN SCHOOL :- K.V. GANESHKHIND PUNE-7

Measuring Electrical Energy Energy: -the ability to do work Electrical Energy: - energy transferred to an electrical load by moving electric charges.

Electric Current. The rate of flow of electric charges Unit of measure is coulombs per second, or amperes I – rate of flow (current) (amps) q – charge.

Electric Charge LO: To explain voltage in terms of work done by the moving charges Complete the missing words: 1.Electricity is the flow of _____________.

Electric Current. Ohm’s Law

EMF and Potential Difference Animation of current flow.

5.2.2 D.C. Circuits Practical circuits Electromotive force and internal resistance Kirchhoff’s laws Series and parallel arrangements Potential divider.

Electricity and Circuit. Types of Electricity Static Electricity – no motion of free charges Current Electricity – motion of free charges – Direct Current.

Current Resistance Electric Power & Energy. Voltage (V) Electric potential difference between 2 points on a conductor Sometimes described as “electric.

Power in Electrical Systems Power in Electrical Systems.

Chapter 6.3 Notes Electrical Power. Voltage causes charges to move in circuits. This movement creates work. How fast the charge does work is called Power.

ELECTRICITY The Shocking truth!!!. WHAT IS ELECTRICITY? Electricity is a type of energy caused by small, negatively charged particles called ELECTRONS.

Current Electricity, Ohm’s Law & Circuits. Current (I) The rate of flow of charges through a conductor Needs a complete closed conducting path to flow.

Circuit Forward characteristic Reverse characteristic.

7.5 Electrical energy and power Electrical fundamentals Physics 2AB.

Current Electricity.

(Answers on final slide)

Electricity and Circuit

Electricity Revision.

How to Work Electrical Circuits

Chapter 17 Current electricity

Measuring Electrical Energy

ELECTRICAL CIRCUITS All you need to be an inventor is a good imagination and a pile of junk. -Thomas Edison.

Basic EE Practice Theory Power supply Charge Breadboards Current

ELECTRICAL CIRCUITS All you need to be an inventor is a good imagination and a pile of junk. -Thomas Edison.

ELECTRICAL CIRCUITS All you need to be an inventor is a good imagination and a pile of junk. -Thomas Edison.

ELECTRICAL CIRCUITS All you need to be an inventor is a good imagination and a pile of junk. -Thomas Edison.

Basic EE Practice Theory Power supply Charge Breadboards Current

Topic H: Electrical circuits

Current Directions and

ELECTRIC CIRCUITS.

THE RESISTOR Forward characteristic Reverse characteristic Circuit.

Electric Current.

ELECTRICAL CIRCUITS All you need to be an inventor is a good imagination and a pile of junk. -Thomas Edison.

Where Does Current Come From?

Electricity Review CH

ELECTRICAL CIRCUITS All you need to be an inventor is a good imagination and a pile of junk. -Thomas Edison.

ELECTRICAL CIRCUITS All you need to be an inventor is a good imagination and a pile of junk. -Thomas Edison.

ELECTRICAL CIRCUITS All you need to be an inventor is a good imagination and a pile of junk. -Thomas Edison.

ELECTRICAL CIRCUITS All you need to be an inventor is a good imagination and a pile of junk. -Thomas Edison.

ELECTRICAL CIRCUITS All you need to be an inventor is a good imagination and a pile of junk. -Thomas Edison.

Please bring your book tomorrow.

Title: 2/28 ELECTRICAL CIRCUITS

Current and Simple Circuits Voltage Resistance Safety

Warm up A light needs 3 amps to produce light the resistance of the bulb is 1.5 ohms. How many batteries do you need if each battery is 1.5 volts? What.

ELECTRICAL CIRCUITS All you need to be an inventor is a good imagination and a pile of junk. -Thomas Edison.

Electric Current and Energy

Presentation transcript:

ALL THE EQUATIONS Higher level

In the following slides each of the negative charge symbols represents a charge of 1Coulomb and NOT 1 electron. This has been done in an attempt to make the relationships easier to understand.

- - - - - - - - - - - - - - - ? 3A How much charge flows Charge = current x time (Coulombs = amps x seconds) - - - - - ? 3A - How much charge flows through the ammeter (a) in 5 seconds? (b) in one minute? (c) in one hour? - - 15 Coulombs - - 180 Coulombs - - 10 800 Coulombs - - -

- - - - - - - - ? 4A How much charge flows through the ammeter Charge = current x time (Coulombs=ampsxseconds) - - ? 4A - - - How much charge flows through the ammeter (a) in half a minute? (b) in 10 minutes? (c) in 2 hours? 120 Coulombs 2 400 Coulombs 28 800 Coulombs

- - - - - - - - ?A 8Coulombs of charge flows in 4 seconds. Charge = current x time (Coulombs = amps x seconds) - - - - - ?A - - - 8Coulombs of charge flows in 4 seconds. What current is flowing? 2 Amps

- - - - - - - - - - - - - - - Series rules and p.d. = current x resistance (Volts) (Amps) (Ohms) - - - - - ? 3A - 24V supply - - - - ? ? - - 2 Ohms 6 Ohms - - -

- - - - - - - - - - - - - - - Power = pd x current (Watts) (volts) (amps) - - - - - ? 3A - 24V supply - - - - 6V 18V - - - - -

(Joules) (Coulombs) (volts) Energy = charge x pd (Joules) (Coulombs) (volts) Pd = 200 000Volts Charge = 8 Coulombs Energy = 1 600 000Joules 1 600 kJ 1.6MJ previous previous next next smart smart

C A s V A O W J A J V C charge = current x time (Coulombs) (Amps) (secs) A s V P D = current x resistance (Volts) (Amps) (Ohms) A O W power = P D x current (Watts) (Joules) (Amps) J A J energy = P D x Charge (Joules) (Volts) (Coulombs) V C

END