Magnetic Induction

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the light turns on because electricity travels through magnetic field

                    -Snehith

the light bulb will turn on

- brisa

it will light up

-sampa

The light bulb is going to light up. - Lais

It will light up

-Mozamil

I think the light bulb will not turn on

-Gavin

The light blub should light up

Reid

shush snehit

I play Genshin

                    -gavin

it will light up

- uma

I think the light bulb will be darker when two circle with closer.

haochen

It will light up

-Hamza Johar

i believe it to turn on

 - Vikashi

I think that the light bulb will not turn on.

-Dan

The lightbulb will light up.

- Angel

The lightbulb will light up.

-sandra

I think the light bulb will turn on and the magnetic attraction will be stronger.

-Anisa

The lightbulb may or may not light up

- Jorden

the bulb will light up

                             - Snehith

the light will turn on

-lance

The light bulb will turn on

-Emma

I think the lightbulb will light up

- Aria

My hypothesis was incorrect

Vasilia

Nothing will happen

Vasilia

My hypothesis was correct because the lightbulb lights up since the magnetic field created in one solenoid is passed by attraction to the other solenoid.

-sandra

my hyppothesis was incorrect, I don't know why. maybe it make bigger magnetic force when two circle with closer?

haochen

My hypothesis was corrext. The light bulb turned on when the solenoids get closer. - Lais

My hypothesis was wrong because the light bulb turned on. The rings were brought closer and cause the light bulb to light up as the energy transfers from one ring to another.

-Dan

my hypothesis was correct, the light bulb did turn on.

- uma

yea it turned on i predicted it would turn on and the lightbulbs turned on.

- Jorden

My hypothesis was incorrect as the light turned on.

The light got brighter as the rings got closer

-Gavin

Yes my hypothesis was correct. the lightbulb did indeed turned on when the rings were brought closer together. As the rings were brought closer together, the strength of the light increased proving that the rings brought closer together strenthened the magnetic field

- Vikashi

y hypothesis was correct because the light did turn on once the solenoids were brought together.

-Sampa

Once they got closer together the bulb started to light up. This was due to the solenoids getting closer.

-Anisa

yeah

The light bub turned on as the power source turned on. The closer the solenoids were the brighter the light was.

-Hailey

I believe my hypothesis was correct as the light bulb was illuminated. It seems correct that the electromagnetic forces transfer electricity

- Matthew

My hypothesis was correct. I predicted the light bulb would turn on and it did. This was because of the magnetic current flowing between the solenoids helping to transfer the energy.

- Hailey

my hypothesis was correct because the light bulb turned on. The magnetic field of the wire was able t carry the current through to the light bulb.

- brisa

my hypothesis was correct; the light turned on after bringing the 2 solenoids closer. this happened because the solenoids are close enough to share a magnetic field

-lance

My hypothesis was correct because the light did turn on once the solenoids were brought together.

-Emma

The light turns on and when the solenoids are closer, the light gets brighter. - Lais

My hypothesis was accurate as the light did turn on as the mangets were able to send the enrergy through the magnetic field

Reid

As the solenoids moved closer together, the light bulb turned on. It got brighter as they got closer.

-Emma

the light bulb turned on, it got brighter the closer you moved them together, and also got brighter when another magnet was introduced

- brisa

The lightbulb lights up. It's brighter when the solenoids are close and duller when the solenoids are away.

-sandra

My hypothesis was correct since the light bulb turned on.

-Mozamil

as they came closer, the light bulbs became brighter

- uma

My hypothesis was incorrect. The circular objects did not touch, but the lightbulb lit up. The closer they (objects) got, the brighter the light got. As they moved apart, the light got dimmer, but there was still light present

Vasilia

Yes, my hypothesis was correct. The lightbulb powered on when the solenoids got close enough to share an electromagnetic field.

- Angel

I was right- Evan 🤯🤯🤯

My hypothesis was correct because I predicted that as it got closer the light bulb will produce light due to the energy being transferred creating a full circuit.

-Anisa

I forgot

- Vikashi

The light bulb turned up.

-Mozamil

the light bulb more lighter when two circle with closer.

haochen

light turned on after bringing the 2 solenoids closer together

-lance

As both solenoids moved closer together, the brightness of the light bulb increased. As it moved further away, the light bulb dimmed

- Matthew

The lightbulb turned on. The closer the solenoids were (without touching), the brighter the lightbulb became.

- Angel

Yes, my hypothesis was correct. Due to the closeness of the coils, the electromagnetic field was able to carry a charge, which powered the lightbulb.

- Aria

the distance between the 2 solenoids are close enough for the electromagnetic energy to transfer from the 1st circuit to the other because there is a magnetic field around the 2 solenoids

-lance

I think that the light bulb will light up because the magnetic current transfers energy from the first solenoid to the second solenoid helping the bulb light up.

-Mozamil

as the ring got closer the light bulb lit up brighter and vice versa.

-Dan

It turned on i think

- Jorden

Light turned on

The light turned on

- Vikashi

The lightbulb turned on

- Aria

the light turned on when the magnet went closer

-Gavin

It will turn on because it has the electricity and electricity makes power and power turns on light, but it might not turn on because there is a gap or something

-Jorden

because when two circles are far apart, the south poly and north poly will have more magnetic force to make light bulb lighter.

haochen

The lightblub turned on

Reid

Because the solenoids are close, the magnetic current from the first circuit will transfer from one solenoid to the other one connected to the lightbulb.

-sandra

The light will turn on because of the electricity passing through the magnetic field

Reid

the magnetic field will follow through to the the other wire and this will allow electricity flow to the lightbulb

- brisa

The electromagnetic fields from both solenoids allow for the transfer of electricity allowing the lightbulb to turn on

- Matthew

I think that the light bulb will turn on as the magnetic current will flow through the first solenoid into the second one as the current travels the same way, and the energy will be transferred from one to the other.

-Hailey

because the energy between the two solenoids are close, the energy will be transfered to the light bulb. - Lais G. de Oliveira

I think the lightbulb will turn on because the solenoids are closer together, allowing the electromagnetic field to extend through both solenoids in the direction of the lightbulb to power it on.

- Angel

I think this happens because the magnetic attraction is targeted towards the air gap causing the transfer to never reach the lightbulb

-Dan

I think this will happen because the solenoids will transfer energy due to the electromagnetic attraction causing the bulb to light up.

-Anisa

The light bulb will turn on due to the electrical current passing through both tunnels ~Evan 🤯

I think this will cause the lightbulb to turn on as the electromagnetic force can transfer electricity from one solenoid to the other

- Matthew

The currents moving through the solenoids will transfer to the light bulb due to its closeness and cause it to turn on.

-Emma

I think that the light bulb will not light up because it is not connected and there is a gap.

-Mozamil

The closeness of the magnetic fields of the second ring and the first ring's flow of electrons can result in a flow of current that illuminates the bulb. With the airgap between, there is no complete circuit

- Vikashi

Nothing will happen. The light will not turn on because nothing is connecting the two circuit's together

 Vasilia

Nothing will happen

the light will not turn on

because the gap is too big and the magnet is not strong enough.

-Gavin

The light bulb is going to light up. - Lais G. de Oliveira

I think that the light bulb will turn on.

- Hailey

i predict that the light bulb will not turn on, because there is an air gap and they will never be touching.

- uma!

I think this will happen because energy will flow from one end of the solenoid to the other and transfer energy to the lightbulb

- Aria

SIUUUUUUUUUUU