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Collection of Electromagnetic Cliparts (43)

Looking for Electromagnetic Cliparts? Here you will find a carefully collected gallery of free images in high quality. Each Electromagnetic Cliparts can be downloaded for school projects, presentations, websites or creative designs. Need a custom image? Try our free image generator. These cliparts are free for personal use. Please read the full terms of use.

Handy electromagnetic graphics collected for teachers and designers, mixing black and white line art with colored icons for flexible layouts.

A friendly scientist illustrates the electromagnetic spectrum, highlighting visible light, UV, X-rays, and more with labeled wavelength and energy scales.
A simplified Bohr model showing three electrons orbiting a nucleus, used to visualize atomic structure in introductory science.
A clean, modern wireless signal icon showing radiating waves-perfect for indicating internet or Bluetooth connectivity.
A classic red horseshoe magnet drawing in iron filings and small metal objects, demonstrating magnetic attraction visually.
A classic wireless signal icon showing radiating arcs, commonly used to indicate network connectivity or broadcast strength.
A playful purple spiral ribbon featuring a bold rainbow stripe at its core, ideal for inclusive celebrations and joyful visuals.
A right-handed EM wave illustrating the electric field (E) along y, magnetic field (B) along z, and propagation direction (c) along x.
A clear illustration of the full electromagnetic spectrum, with labeled regions and a color bar for visible light (400-800 nm).
A classic schematic of a solenoid electromagnet: current flows through the coil to magnetize the iron core.
A clean, gradient orange-to-yellow Wi-Fi symbol representing wireless connectivity and signal strength.
A classic Wi-Fi signal symbol showing an antenna emitting concentric waves-ideal for indicating connectivity or network status.
A playful sun character sporting shades and a grin, ideal for lighthearted summer designs.
A minimalist dark gray paw print with a subtle yellow outline, perfect for digital or print use.
A modern wireless signal icon with gradient arcs, representing connectivity and broadcast technology.
A friendly gray tabby cat sits attentively, showcasing its striking green eyes and soft striped fur.
A cartoon-style microwave actively roasting a golden-brown whole chicken, complete with steam and glowing energy lines.
⚠️ Don’t plug too many devices into one outlet-it’s a serious fire hazard.
A stylized, high-contrast angry face-perfect for conveying frustration or intensity in digital content.
A classic scientific-style illustration of a scallop shell, emphasizing its radial symmetry and textured ridges.
The image is a cartoon illustration of a scientist wearing a white lab coat and a red tie. He is standing in front of a colorful waveform with different colors representing different wavelengths. The waveform is divided into different sections, each representing a different wavelength. The first section of the waveform shows the wavelengths of different wavelengths, including infrared, visible light, UV, and gamma. The wavelengths are represented by different colors, including red, orange, yellow, green, blue, and purple. The wavelength range from 0.1 to 0.2, and the wavelength range is represented as a rainbow-colored waveform.
The image is a black and white illustration of a radio tower. The tower is tall and slender with a pointed top and a flat base. It is surrounded by a series of blue curved lines that form a wave-like pattern. The lines are evenly spaced and appear to be radiating outwards from the top of the tower. In the center of the image, there is a small circular object that looks like a microphone or a speaker. The background is plain white.
The image is a diagram of a Herschel radio waveform, which is a type of radio waveforms used in the electromagnetic field. The waveform is represented by a red line that runs from the top left corner of the image to the bottom right corner. The waveform has a frequency of 0.1 kHz, which means that the radio is radio-microwave, sub-inflared, infrared, ultraviolet, x-ray, gamma-ray is the largest and most prominent. The frequency of the waveform varies depending on the size scale of the radio, with the frequency ranging from 0.
The image is a cartoon illustration of a satellite dish on a blue stand. The satellite dish is round and has a long, thin pole with a pointed end. The pole is blue and appears to be made of metal. The dish is white with black lines running across it, indicating that it is a satellite. The background is transparent, making the dish and pole stand out.
The image is a black and white illustration of a radio tower. The tower is in the shape of a letter "A" with a round top and a pointed bottom. It is surrounded by a series of blue curved lines that form a wave-like pattern. The lines are evenly spaced and appear to be radiating outwards from the top of the tower.
The image is a diagram of a curved line with a red arrow pointing to the left and a blue arrow pointing towards the right. The red arrow is pointing towards a point at the top of the line, which is labeled as "E" and is labeled with the letter "B". The blue arrow is labeled "C" and has a curved shape. The line is made up of multiple red and blue lines that are arranged in a diagonal pattern. The lines intersect at various points, creating a sense of depth and dimension. The background is white, and the image appears to be a transparent background.
The image is a black and white icon of a telephone receiver. The receiver is curved and has two small rectangular holes on either side. On the right side of the receiver, there is a curved line that appears to be a signal or signal. The background is white. The image is simple and minimalistic.
A clean, universally recognized Wi-Fi symbol showing signal propagation from an antenna.
The image is a triangular warning sign with a yellow background and black border. The sign is in the shape of a triangle with a black triangle in the center. Inside the triangle, there is a black symbol of a radio signal, which is a circle with a small hole in the middle. The symbol is surrounded by two curved lines, representing the sound waves. The overall design of the sign is simple and minimalistic.
The image is an illustration of a radio tower with a red and orange circular design. The tower is made up of three blue metal beams and a yellow ball at the top. The red circle is in the center of the tower and is surrounded by a blue base. The background is white. The image is flat and has a simple, cartoon-like style.
The image is a diagram of a DNA strand. The strand is made up of three strands of DNA, each with a red and blue color scheme. The red strands are arranged in a horizontal line, with the blue strands on the left and the red strands in the middle. The blue strands are connected by two black arrows, which are pointing towards the center of the strand. On the right side of the image, there is a white line that runs from the top left corner to the bottom right corner. The background is transparent, making the DNA strand stand out.
A colorful, classroom-ready EM spectrum diagram-perfect for science lessons or student handouts.
The image shows two waves, one in blue and one in red, that represent high frequency and low frequency. The blue wave represents high frequency, while the red wave represents low frequency, which is represented by a curved line. The waves are plotted on a white background. The image appears to be a diagram or illustration that shows the relationship between the two waves.
This visual guide maps the EM spectrum by wavelength, frequency, object size comparison, and peak emission temperature-including the Sun’s ~6000 K surface.
The image is a circular icon with a yellow background and black lines. In the center of the circle, there is a black circle with a small black dot in the middle. The circle is divided into four equal parts, with the top half being yellow and the bottom half being black. The edges of the triangle are black, creating a contrast with the yellow background. The overall design is simple and minimalistic.
This infographic illustrates the electromagnetic spectrum, mapping radiation types by wavelength and comparing their scales to familiar objects like buildings, humans, butterflies, and atomic nuclei.
This diagram illustrates how electromagnetic waves propagate through space with synchronized, orthogonal electric and magnetic field oscillations.
A stylized symbol of a compressed spring discharging electrical energy, often used to denote sudden force or electrical surge.
A clear educational diagram showing key wave properties-amplitude, low vs. high frequency, crest/trough labeling, and longitudinal wave compression/rarefaction.
The image is a color chart that shows the Visible Spectrum of a radio waveform. The chart is divided into four sections, each representing a different color. The colors are blue, green, orange, red, and yellow. The blue section is labeled "Gamma rays" and the green section is labelled "X-rays". The red section has a label that reads "Ultra-violet" and "Infrared". The yellow section has an image of a radar TV FM radio wave, indicating that the radio waves are radio-TV FM radio waves. The chart also has a bar graph that shows that the
The image is a cartoon illustration of a red and white electrical box with a green hose attached to it. The box has a yellow label that reads "POWA BOX" and appears to be a warning sign. The hose is coiled around the box and is connected to the box with black wires. The background is white. The overall style of the illustration is simple and cartoon-like.
Magnetic field lines between two identical coaxial coils carrying equal but opposite currents, illustrating field symmetry and flux linkage.
The image is a black and white line drawing of a horseshoe-shaped object. The object appears to be made of a curved shape with a pointed tip and a curved body. On top of the object, there is a small square-shaped cutout in the shape of a lightning bolt. The lightning bolt is outlined in black and is surrounded by a thin line. The overall design is simple and minimalistic.
When a negatively charged rod approaches a grounded metal sphere, electrons in the sphere are repelled, leaving a net positive charge on the near side.