Hey i need the following done ASAP.

D2L Lesson 1: Magnetic Fields - Physi x L7 + V X C A d21.cbe.ab.ca/content/enforced/940046-cbel2122winphysics30slkrausnick 1/Video_notes_blank/M4L1.pdf?_&d21SessionVal=itjGYqRa6CyZ4KroDrF8s/5VL&ou=940046 0 A L7 2/6 | - 75% + Examples of magnetic field lines Field Source Symbol Unit Direction Gravitational Electric 2 Magnetic Earth's Magnetic Field S 3 TIT F N ENG 5:13 PM US 2022-04-28 21D2L Lesson 1: Magnetic Fields - Physi x L7 + V X C d21.cbe.ab.ca/content/enforced/940046-cbel2122winphysics30slkrausnick1/Video_notes_blank/M4L1.pdf?_&d21SessionVal=itjGYqRa6CyZ4KroDrF8s/5VL&ou=940046 0 A L7 3/ 6 | - 75% + Part 2: Induced Magnetic Fields in wires In 1820, Hans Christian Orsted discovered the link between electricity and magnetism during a lecture He set up a wire carrying electric current and noticed that a compass needle moved when the current was turned off and on. Orsted's discovery: Hand rules: Used to find the direction of vectors in magnetism Left hand Right Hand 2 Electron flow vs. conventional current: 3 TIT F ENG 5:13 PM US 2022-04-28 21D2L Lesson 1: Magnetic Fields - Physi x L7 + V X C d21.cbe.ab.ca/content/enforced/940046-cbel2122winphysics30slkrausnick1/Video_notes_blank/M4L1.pdf?_&d21SessionVal=itjGYqRa6CyZ4KroDrF8s/5VL&ou=940046 0 A L7 4 / 6 1 - 75% + First Hand Rule: Use to determine the direction of the magnetic field around a wire carrying current. Example: electron flow conventional 2 current Example: electron flow electron flow 3 New vector directions: Into the page Out of the page Example: electron flow O 9 [99+ N ENG 5:14 PM US 2022-04-28 21D2L Lesson 1: Magnetic Fields - Physi x L7 + V X C A d21.cbe.ab.ca/content/enforced/940046-cbel2122winphysics30slkrausnick 1/Video_notes_blank/M4L1.pdf?_&d21SessionVal=itjGYqRa6CyZ4KroDrF8s/5VL&ou=940046 0 A L7 5 / 6 | - 75% + Example: (current is electron flow) 2 1 1 1 1 Part 3: Induced Magnetic Fields Around Solenoids If a current carrying wire is looped, the magnetic field will spiral around it. E The result is that the magnetic field is one direction inside the loop and the other direction outside. 3 ( a ) 4 This is magnified if you add more loops. A solenoid is a type of electromagnetic that is made from a series of looped wires: 11 TI + OneDrive . . . X Screenshot saved The screenshot was added to your OneDrive. V 5 N ENG 5:14 PM US 2022-04-28 21C le Ebeal :a E L7 Module 4 Lesson 1: Magnetic Fields Part 1: Introduction to magnetism A magnet is made up of a nonh pole and a south pole You can't have an isolated north or south pole 7> they always come together Magnetic Forces Fm is attractive lor unlike poles Fm is repulsive lor like poles Magnetic loroes are action at a distance tomes (like electric and gravitational lorces) so they can be explained by magnetic fields. A magnetic pole in a magnetic field will always experience a loroe (attractive or repulsive depending on the type 01 pole)