Sunspots do give off magnetic rays.
Sunspots are areas of cooler and darker regions on the Sun's surface that indicate intense magnetic activity. They are associated with solar flares, which are sudden and intense bursts of energy that can release harmful radiation and impact Earth's magnetic field. Monitoring sunspots helps scientists understand solar activity and its potential effects on our planet.
Sunspots are a source of magnetic energy; they may actually be the driving force behind solar prominences and flares. And of course, despite being cooler on average than the rest of the surface of the sun, sunspots are still plenty hot.
The warmth you feel come from the Infrared rays.
galaxies give off and ray called ray romano
they are magnetic
Magnet* does*, and i gives off magnetic energy.
X-rays use what are called X-rays...that was a given but MRIs use magnetic pulses instead of the X-rays. The difference is that the X-rays don't pass through bone (so you see the bone) and the magnetic pulses penetrate the entire flesh but bounce off every cell. This shows what the inside of the person looks like.
The word you are looking for is "radiate." To radiate means to give off heat or energy in the form of rays or waves.
An MRI scanner emits radio waves whilst it is scanning and utilises a strong magnetic field. It does not emit any ionising radiation like X-rays.
Solar flares release energy through the sudden release of magnetic energy stored in the Sun's atmosphere. When magnetic field lines near sunspots become twisted and reconnect, they can accelerate charged particles, producing intense bursts of radiation across the electromagnetic spectrum, including X-rays and ultraviolet light. This energetic release occurs in a matter of minutes, resulting in a significant increase in brightness and energy output from the Sun.
Light, heat, radiation, x-rays, gamma rays; any of these answers would be correct.
Radioactivity