demonstrated the magnetic effect based on the direction of current
1. demonstrated the magnetic effect based on the direction of current
ANSWER:
Explanation:
SANA MAKA TULONG ITO.
The direction of an electric current is by convention the direction in which a positive charge would move. Thus, the current in the xternal circuit is directed away from the positive terminal and toward the negative terminal of the battery. Electrons would actually move through the wires in the opposite direction.
2. Demonstrated the magnetic effect based on the direction of current.
Answer:
Ampere
Explanation:
trust me guys,scientist kase sya
3. Demonstrate the magnetic effect based on the direction of the current
Answer:
To explain something is to make it plain or clear, or to render it understandable or intelligible. How does explain compare to synonyms elucidate, expound, and interpret? Find out on Thesaurus.com.
4. he demonstrated the magnetic effect based on the direction of current
Answer:
Hans Christian Ørsted demonstrated the magnetic effect based on the direction of current. He made this by placing a compass in close proximity to a current-carrying wire. He observed that when the wire conducts a current, the North pointer of the compass points towards it.
Answer:
Hans Christian ØrstedExplanation:demonstrated the magnetic effect based on the direction of current. He made this by placing a compass in close proximity to a current-carrying wire. He observed that when the wire conducts a current, the North pointer of the compass points towards it.
5. Based on the letter and provided lines as clue, determine the proponents of Electromagnetic Wave Theory on the following contribution. 1. Formulated the principle behind electromagnetic induction._ _ _ _ _ _ _ _ A _ _ _ _ _ 2. Showed how a current carrying wire behaves like a magnet. _ _ _ _ _ _ _ _ _ _ _ _ _ _ E _ _ _ _ _3. Demonstrated the magnetic effect based on the direction of current. _ N _ _ _ _ _ _ _ _ _ _ _ _ _ _4. Showed experimental evidence of electromagnetic waves and their link to light. _ _ _ _ _ _ _ _ H _ _ _ _5. Developed equations that showed the relationship of electricity and magnetism._ _ _ _ S _ _ _ _ _ _ _ _ _ _ _ _
Answer:
MICHAEL FARADAY CHRISTIAN OERSTEDANDREI MARIE AMPERERUDOLF HERTZJAMES CLERK MAXWELL6. Directions: A. Match the scientists given below with their contributions in the development of the electromagnetic spectrum. Write the letter of the correct answer. Scienttists 1. Ampere 2. Faraday 3. Hertz 4. Maxwell 5. Oersted A. Contributed in developing equations that showed the relationship of electricity and magnetism. B. Showed experimental evidence of electromagnetic waves and their link of light. C. Demonstrated the magnetic effect based on the direction of current. D. Formulated the principle behind electromagnetic induction. E. Showed how a current carrying wire behaves like a magnet.
Answer:
The Scotsman James Clerk Maxwell (1831–1879) is regarded as the greatest theoretical physicist of the 19th century. (See Figure 1.) Although he died young, Maxwell not only formulated a complete electromagnetic theory, represented by Maxwell’s equations, he also developed the kinetic theory of gases and made significant contributions to the understanding of color vision and the nature of Saturn’s rings.
7. Who demonstrated the magnetic effect based on the direction of current
i think it's Hans Christian Orsted.
8. Fact or Bluff Directions: Write Fact is the statement is true and Bluff if the statement is false. 1. Electromagnetic wave is considered as a longitudinal wave. 2 .Faraday demonstrated the magnetic effect based on the direction of current. 3. Wavelength is expressed in hertz. 4. The electric field and magnetic field vibrate parallel to each other. 5. All EM waves can travel at a speed of 3.0 X 10^8 .meter / second in a vaccum. I need answers ASAP. Thankiee<3
Answer:
1.fact
2.fact
3.bluff
4.fact
5.fact
Explanation:
im sure tama po yan lahat ganyan dn lesson ng kapatid ko <3 tska pwede po bang pa brainliest nadin po lamatsss
1.) BLUFF
2.) BLUFF
3.) FACT
4.) FACT
5.) FACT
PA BRAINLIEST PO PLEASE
CORRECT ANSWERS PO YAN
HOPEFULLY IT HELPS
#CARRY ON LEARNING9. TRUE or FALSE 1. EM waves are combination of electric and magnetic fields that oscillate perpendicular to each other and to the direction of the wave. 2. EM waves are produced by accelerating protons. 3. EM waves travel at a constant speed of 300 000 m/s. 4. Ampere showed experimental evidence of EM waves and their link to light. 5. Faraday formulated the principle behind electromagnetic induction. 6. Oersted showed how a current wire behaves like a magnet. 7. Maxwell demonstrated the magnetic effect based on the direction of current. 8. Hertz contributed in developing equations showing the relationship of electricity and magnetism.
Explanation:
1.T
2.T
3.F
4.T
5.F
6.F
7.T
8.T
10. 1. Ampere2. Faraday3. Hertz4. Maxwell5. OerstedContributionsa. Contributed in developing equations that showedthe relationship of electricity and magnetismb. Showed experimental evidence of electromagneticwaves and their link to lightc. Demonstrated the magnetic effect based on the direction of currentd. Formulated the principle behind electromagneticinductione. Showed how a current-carrying wire behaves like amagnet
Answer:
1. C
2. D
3. B
4 .A
5. E
sana makatulong hsgegks
11. ACTIITY 1Learning Task 1: Match the scientists with their contributions in the development of theelectromagnetic theory. Do this in your activity sheet.Scientists1. Andre-Marie Ampere2. Michael Faraday3. Heinrich HertzContributionsa. Contributed in developing equations that showedthe relationship of electricity and magnetism.b. Showed experimental evidence of electromagneticwaves and their link to lighte. Demonstrated the magnetic effect based on thedirection of current.d. Formulated the principle behind electromagneticinductione. Showed how a current carrying wire behaves like amagnet.4. James Clerk Maxwell5. Hans Christian Oersted
Answer:
1. Andre-Marie Ampere
C. Demonstrated the magnetic effect based on the direction of the current.2. Michael Faraday
D. Formulated the principle behind electromagnetic induction3. Heinrich Hertz
B. Showed experimental evidence of electromagnetic waves and their link to light4. James Clerk Maxwell
A. Contributed to developing equations that showed the relationship between electricity and magnetism.5. Hans Christian Oersted
E. Showed how a current-carrying wire behaves like a magnet.Explanation:
Here are the abovementioned scientists and their contributions in different science fields.
1. André-Marie Ampère made the revolutionary discovery that a wire carrying electric current can attract or repel another wire next to it that's also carrying electric current. He went on to formulate Ampere's Law of electromagnetism and produced the best definition of electric current of his time.
2. In 1820, Michael Faraday produced the first known compounds of carbon and chlorine. In 1825 he isolated and described benzene. What’s more, in 1821 he invented the first electric motor, and in the early 1830s, he discovered a way to convert mechanical energy into electricity on a large scale, creating the first electric generator.
3. Heinrich Rudolf Hertz was a German physicist who first conclusively proved the existence of the electromagnetic waves predicted by James Clerk Maxwell's equations of electromagnetism. The unit of frequency, cycle per second, was named the "hertz" in his honor.
4. James Clerk Maxwell is most famous for his theory of electromagnetism, which showed that light was electromagnetic radiation. His theory is considered to have paved the way for both quantum mechanics and Einstein’s theory of special relativity.
5. Hans Christian Ørsted discovered that electric currents create magnetic fields, which was the first connection found between electricity and magnetism. Oersted's law and the oersted unit (Oe) are named after him.
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12. directions write fact if the statement is true bluff if the statement is false. 1. electromagnetic wave is considered as a longitudinal wave. 2.faraday demonstrated the magnetic effect based on the direction of current. 3. Wavelength is expressed in hertz. 4.The electric field and the magnetic field vibrate parallel to each other. 5.All EM waves can travel at a speed of 3.0X10⁸.meter/second in a vacuumpasagot po ng Tama plss.
Answer:
Fact
Fact
Bluff
Fact
Fact
13. Procedure:1. Match the scientists given below with their contributions.Scientists1. Ampere2. FaradayContributionsa. Contributed in developing equations thatshowed the relationship of electricity andmagnetismb. Showed experimental evidence ofelectromagnetic waves and their link tolightc. Demonstrated the magnetic effect based onthe direction of currentd. Formulated the principle behindelectromagnetic induction.e. Showed how a current carrying wirebehaves like a magnet3. Hertz4. Maxwell5. Oersted11
1. Ampere
Answer:
a. Contributed in developing equations showing the relationship of electricity magnetism
2. Faraday
Answer:
b. Showed experimental evidence of electromagnetic waves and their link to light
3. Hertz
Answer:
c. Demonstrated the magnetic effect based on the direction
of current
4. Maxwell
Answer:
d. Formulated the principle behind electromagnetic induction
5. Oersted
Answer:
e. Showed how a current carrying wire behaves like a magnet
For more information, kindly visit the link provided below:
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brainly.ph/question/461628
brainly.ph/question/822181
Hope it helps....=)
14. FACT OR BLUFF!!1. Electromagnetic wave is considered as a longitudinal wave. 2. Faraday demonstrated the magnetic effect based on the direction of current. 3. Wavelength is expressed in hertz. 4. The electric field and the magnetic field vibrate parallel to each other. 5. All EM waves can travel at a speed of 3.0 X 108.meter / second in a vacuum.
Answer:
1. Bluff
2. Bluff
3. Fact
4.Fact
5. Fact
Answer:
1.bluff
2.bluff
3.fact
4.fact
5.bluff
correct me if iam wrong:)
15. 3. Which of the following is the contribution of Oersted in the development ofElectromagnetic Wave Theory?a. demonstrated the magnetic effect based on the direction of currentb. showed how a current carrying wire behaves like a magnetc. showed how experimental evidence of electromagnetic waves and theirlink to lightd. contributed in developing equations that showed the relationship of
Answer:
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Sana nakatulong
16. he demonstrated the magnetic effect based on the direction of current
Answer:
my grandpa André-Marie Ampère demonstrated the magnetic effect based on the direction of current!
17. He demonstrated the magnetic effect based on the direction of current
Answer:
You are likely referring to Michael Faraday, who demonstrated the phenomenon of electromagnetic induction, which is the production of an electric current in a conductor as a result of a changing magnetic field around it. Faraday performed a series of experiments in the 1820s and 1830s, in which he showed that a current could be induced in a coil of wire when the magnetic field around it was changed. This effect is known as Faraday's Law of Induction. Faraday's work laid the foundation for the development of the electric generator, which is a device that converts mechanical energy into electrical energy. Faraday's discoveries also played a crucial role in the development of the field of electromagnetism.
Answer:
Hans Christian oerested
Explanation:
He discovered that an electric
current flow on a wire can produce magnetic field
18. Read each statement carefully put a happy face if the statement is correct.If the statement is incorrect, draw a sad face underline the words that make it wrong and write the correct answer.1. Electromagnetic wave is considered as longitudinal wave.2. EM waves do not require a medium to propagate.3. EM waves are combination of electric and magnetic fields that oscillate.perpendicular to each other and to the direction of the wave.4. EM waves are produced by accelerating protons.5. EM waves travel at a constant speed of 300 000 S.6. Ampere showed experimental evidence of EM waves and their link to ight.7. Faraday formulated the principle behind electromagnetic Induction.8. Oersted showed how a current wire behaves ike a magnet.9. Maxwell demonstrated the magnetie effect based on the direction of current10. Hertz contributed in developing equations showing the relationship of electricityand magnetism.
1. Electromagnetic wave is considered as longitudinal wave.
• ☹
2. EM waves do not require a medium propagate.
• ☻
3. EM waves are combination of electric and magnetic fields that oscillate.
• ☻
4. EM waves are produced by acceleration protons.
• ☻
5. EM waves travel at a constant speed of 300000 S.
• ☻
6. Ampere showed experimental evidence of EM waves and their link to light.
• ☻
7. Faraday formulated the principle behind electromagnetic Induction.
• ☻
8. Oersted showed how a current wire behaves like a magnet.
• ☻
9. Maxwell demonstrated the magnetic effect based on the direction of current.
• ☹
10. Hertz contributed in developing equations showing the relationship of electricity and magnetism.
• ☹
Note: Hi!You can correct me anytime if you think my answer contains mistakes or errors.
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19. who demonstrated the magnetic effect based on the direction of the current?
Answer:
He formulated the principle behind electromagnetic induction! Your grandpas are weak! my grandpa André-Marie Ampère demonstrated the magnetic effect based on the direction of current!
Answer:
GRANDPA ANDRÈ-MARIE AMPÈRE demonstrated the magnetic effect based on the direction of current
20. question about demonstrated the magnetic effect based on the direction of current
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Hope it helps
21. what is the contribution of ampere in the electronic magnetic wave theory a. developed the theory of relativity b. showed how a current carrying wire behaves like a magnet c. demonstrated the magnetic effect based on the direction of the currentd. contributed in developing equations that showed the relationship of electricity and magnetism
Answer:
d. contributed in developing equations that showed the relationship of electricity and magnetism
hope it helps :)
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22. APPLY WHAT YOU HAVE LEARNEDActivity: CONNECTING IDEASDirections: Read each statement carefully. Put a happy faceif thestatement is correct. If the statement is incorrect, draw a sad facethe words that make it wrong and write the correct answer.underline1. Electromagnetic wave is considered as longitudinal wave.2. EM waves do not require a medium to propagate.3. EM waves are combination of electric and magnetic fields that oscillate.perpendicular to each other and to the direction of the wave.4. EM waves are produced by accelerating protons.5. EM waves travel at a constant speed of 300 000 S.6. Ampere showed experimental evidence of EM waves and their link to ight.7. Faraday formulated the principle behind electromagnetic Induction.8. Oersted showed how a current wire behaves ike a magnet.9. Maxwell demonstrated the magnetie effect based on the direction of current10. Hertz contributed in developing equations showing the relationship of electricityand magnetism.
Answer:
1.happy
2.sad
3.happy
4.happy
5.sad
6.happy
7.sad
8.happy
9.happy
10.sad
23. A. Ampere Faraday Hertz D. Maxwell E. Oersted 1.He contributed in developing equations that showed the relationship of electricity and magnetism.2.He showed how a current carrying wire behaves like a magnet.3.He demonstrated the magnetic effect based on the direction of current.4.He formulated the principle behind electromagnetic induction.5.He showed the experimental evidence of electromagnetic waves and linked them to light.
Answer:
1 Maxwell
2 Oersted
3 Oersted
4 Faraday
5 Hertz
Explanation:
24. Fact or Bluff1. Electromagnetic wave is considered as a longitudinal wave.2. Faraday demonstrated the magnetic effect based on the direction of the current.3. Wavelength is expressed in hertz.4. The electric field and the magnetic field vibrate parallel to each other.5. All EM waves can travel at a speed of 3.O X 10^8 .meter / second in a vaccum.I need answers ASAP.Thankieee ^_^
Answer:
fact
fact
fact
fact
bluff
Answer:
1.Fact 2.Fact 3.Bluff 4.Fact 5.FactExplanation:
#Hope it helps#25. AMPERE DEMONSTRATED THE MAGNETIC EFFECT BASED ON THE DIRECTION OF CURRENT
Answer:
Hans Christian Ørsted demonstrated the magnetic effect based on the direction of current. He made this by placing a compass in close proximity to a current-carrying wire. He observed that when the wire conducts a current, the North pointer of the compass points towards it.
26. Science 10Match the scientist in Column A with the contribution in Column B.Scientist___1. Oersted___2. Ampere___3. Hertz___4. Maxwell___5. FaradayContributionA. Showed experimental evidence of EM waves and their link to light.B. Contributed in developing equations between the relationship of electricity and magnetismC. Demonstrated the magnetic effect based on the direction of currentD. Formulated the principle behind the electromagnetic inductionE. Showed how a current carrying wire behaves like magnet
1. C.
2. E.
3. A.
4. B.
5. D.
27. He demonstrated the magnetic effect based on the direction of a current.a.Albert Einsteinb.Michael Faraday c.Andre Marie Ampered.Hans Christian Oersted
Answer:
D. Hans Christian Oersted
Explanation:
He made this by placing a compass in close proximity to a current-carrying wire
28. I- TRUE OR FALSE: Write the word TRUE if the statement is correct and FALSE if not. 1. People who are working on radio antenna are more likely to get high exposure to radio waves. 2. EM waves do not require a medium to propagate. 3. Radio waves can cause respiratory diseases. 4. Harmful effects of radio waves can be minimized by lessening the time we use electronic gadgets. 5. EM waves travel at a constant speed of 300 000 m/s. 6. Hertz contributed in developing equations showing the relationship of electricity and magnetism. 7. Michael Faraday formulated the principle behind electromagnetic induction. 8. James Clark Maxwell showed how the current carrying wires behaves like magnet. 9. Andre Marie Ampere demonstrated the magnetic effect based on the direction of the current. 10. Johann Ritter discovered ultraviolet radiation from the Sun.
Answer:
1.TRUE
2.TRUE
3.FALSE
4.TRUE
5.FALSE
6.TRUE
7.TRUE
8.TRUE
9.FALSE
10.TRUE
Explanation:
THANKS ME LATER :)29. wa _7. The wavelength (a) of the red part of visible light is 7.6 X 10-m. What is its corresponding frequency (f)? (Note: That v=c=3 X 108 m/s and v=c= Af, thus f=v/) A. 3.95 X 1024 Hz C. 3.95 X 1015 Hz B. 3.95 X 10-14 Hz D. 3.95 X 10-15 Hz 8. Which of the following is the contribution of James Clerk Maxwell in the development of EM Theory? A. Demonstrated the magnetic effect based on the direction of current. B. Showed how a current carrying wire behaves like a magnet. C. Showed how experimental evidence of etectromagnetic waves and their link to light. D. Contributed in developing equations that showed the relationship of electricity and magnetism.
Answer:
ate o kuya ang sagot ay
1 A
2D
Explanation:
dahil perfect ako dyan
30. 19. Demonstrated the magnetic effect based on the direction of currenta. James Clerk Maxwellb. Heinrich Hertzc. Michael Faradayd. Andre-Marie Ampere
Answer:
Hans Chiristian Ørsted demonstrated the magnetic effect based on the direction of current. He made things by placing a compass in proximity to a current-carrying wire. He observed that the wire conducts a current, the North pointer of the compass points towards it.
