A visually engaging image illustrating the concept of electromagnetic forces between four distinct objects labeled as 'A', 'B', 'C', and 'D'. Object 'A' and 'B' are positively charged, represented with a '+' symbol. Object 'C' and 'D' are negatively charged, depicted with a '-' symbol. Object 'A' shows +1 charge, while object 'B' has +2. Similarly, Object 'C' and 'D' hold -1 and -2 charges respectively. The objects are placed in such a manner that they seem to encourage interaction based on their charges. Please avoid incorporating any text in the image.

Use the table to answer the question.

Object Charge (C)
A +1
B +2
C –1
D –2
Assuming other factors are held constant, which two objects will have the strongest attractive force between them?

object A and object B
object B and object C
object A and object C
object B and object D

𝟙.) Use the table to answer the question.

Object Charge (C)
A +1
B +2
C –1
D –2
Assuming other factors are held constant, which two objects will have the strongest attractive force between them?
🅰🅽🆂🆆🅴🆁: Object B and object D

𝟚.) How does the distance between charged objects affect the electric force between them?
🅰🅽🆂🆆🅴🆁: As distance increases, the strength of the force decreases.

𝟛.) Which material would be the best conductor of electricity?
🅰🅽🆂🆆🅴🆁: Copper

𝟜.) Which particles move freely in a conductor?
🅰🅽🆂🆆🅴🆁: Negatively charged electrons

𝟝.) How would increasing the voltage and the resistance affect the electric current in a simple circuit?
🅰🅽🆂🆆🅴🆁: Increasing the voltage would increase the amount of current. Increasing the resistance would decrease the amount of current.

𝟞.) A simple electric circuit has the following properties:
resistance: 12 ohms
voltage: 96 V
Which circuit below has the same current?
🅰🅽🆂🆆🅴🆁: Resistance: 6 ohms Voltage: 48 V

𝟟.) When a hydroelectric dam is operating, falling water moves turbines, which are able to generate an electric current. Which energy transformations are taking place during operation?
🅰🅽🆂🆆🅴🆁: Potential to kinetic to electrical

𝟠.) An electric current moves through a circuit that makes a complete loop. How will the amount of electrical energy change as the current moves through the circuit?
🅰🅽🆂🆆🅴🆁: Electrical energy will decrease if it is converted into other forms, such as heat or mechanical energy.

𝟡.) Which option could be the load of an electric circuit?
🅰🅽🆂🆆🅴🆁: Light bulb

𝟙𝟘.) How does a light switch control a light?
🅰🅽🆂🆆🅴🆁: The switch opens or closes the circuit.

𝟙𝟙.) Use the table of information about three electromagnets to answer the question.
Electromagnet Current Intensity Number of Turns in the Wire
J high 20
K medium 20
L high 45
Which list shows the electromagnets in order from weakest magnetic force to strongest magnetic force?
🅰🅽🆂🆆🅴🆁: K, J, L

𝟙𝟚.) How is an electric field produced?
🅰🅽🆂🆆🅴🆁: When an object has an electric charge

♛ 100% ♛

this don't count as a grade btw

100% londyn is

right

attractive force means + and - charges

the pair with the greatest difference will have the strongest attractive force

ok i finished and all of ʟᴏɴᴅʏɴ's answers are correct thank you

yes londyn is right

im going to submit ʟᴏɴᴅʏɴ's answers and see if they are correct

londyn is correct

the next statement is false

The previous statement is true