Physics - Alternating Current - Electro Magnetic Induction

ELECTROMAGNETIC INDUCTION

LIVE DEMONSTRATION

ROTATING COIL IN MAGNETIC FIELD

INDUCED EMF WAVEFORM

Induced EMF

0.00 V

Maximum EMF

0.00 V

Rotation angle

0 deg

Observe how coil rotation produces a changing induced EMF.

1. EXPLORE EACH COMPONENT

2. THE INDUCED EMF EQUATION

e = sin ( )

ω = 2 × π × f

B - Magnetic flux density Magnetic flux density tells us how strong the magnetic field is. A stronger field produces a greater induced EMF.

Tap the equation components or the Explore buttons below.

3. CHANGE THE PARAMETERS

B - Magnetic flux density 0.5 T

0.1 T2 T

A - Area of coil 0.05 m²

0.01 m²0.1 m²

f - Frequency 2 Hz

1 Hz10 Hz

t - Time 0.00 s

0 s1 s

4. LIVE CALCULATIONS

Angular velocity (ω)

12.57 rad/s

Maximum EMF (BAω)

0.31 V

Sine value

0.000

Time period

0.500 s

Animation Speed 1x

0.25x Slow 3x Fast

Animate to rotate the coil continuously. Change any slider to see its effect immediately.

LET'S DO THIS TOGETHER

READY TO MAKE
SOMETHING HAPPEN?

Have a project, idea, or challenge? Tell us what you want to achieve. Let's start with a conversation.

01 TELL US ABOUT YOURSELF

Your Name *

Phone Number *

Email Address

02 CHOOSE YOUR MISSION

What should your brand achieve? Choose your objective Generating Leads Building Brand Value Go Viral Digital Strategy Media Production Social Media Optimisation Comprehensive Research AI Workflows & Automation Something Else

Tell Us More *

Your details will be included in a WhatsApp message. WhatsApp will open for you to review and send your enquiry.

Direct Contact

89812 09009 ↗

WhatsApp Us

TAP TO CHAT ↗