The simple answer is 'they do.'
If you were to hold a piece of paper up to direct sunlight, you would be able to the sunlight coming through the paper. The paper is opaque but not completely so, some light does get through. If you were to put a piece of glass on top of this piece of paper you would see it too. Even though glass is transparent to visible light it still has refractive and reflective properties that effect the light that falls on it.
The same is true for x-rays. Flesh and bone is opaque to x-rays but not completely so. Shining x-rays on a limb will show something of the things in it.
Only some X-rays are okay because the body does not use the electrical amplitude of the X-rays but too many of them can cause cancer. The elecrtical amplitude means how high the wave of an electric current is.
Wave length and frequency. In light also is reflected,our bodies have density and skin which is pigmented allowing the light to be absorbed. X-ray's are more of magnetic field or radioactive and respond to bodies electric energy, atoms of which we are composed,its cellular to bones to brain.
after having a certain ammount of xrays like alot of them your doctor will know your limit but anyways after that they can get dangerous and damage cells and or cause cancer
Its temperature increases. It continues to radiate a spectrum of light ("black body") representative of its new higher temperature. At some level of current, we see it as a source of visible light.
all parts
S wave
body waves
It Really Depends Really On What EM Radiation It Is , Visible Light Does Nothing , Radio And Microwave Are Relatively Harmless, Too Much Of The Others Can Damage The Human Body On A Massive Scale. It Will Destroy Human Body Cells
Because x-rays - as opposed to visible light - can go through fairly thick parts of the body. Useful if you suspect a broken bone for instance. Visible light will only go through thin parts of your body, like cheeks, earlobes. And will only give a reddish blur at that. Not particularly useful to find out what's going on inside.
Yes, they can. At room temperature, these electromagnetic waves would be infrared. At a temperature of a few hundred degrees, part of the energy radiated by a body will be visible light.
A female guppy has a darker brown line that is visible through its body. The male has a very light brown line.
The only light that travels through the body is the image seen by the retina at the back of the eyeball. It travels through the lens and is inverted. This is sent by the optical nerve to the brain where it is turned right side up again.
Hormones travel around the body through the blood.
it travels through your body because it does.
Its temperature increases. It continues to radiate a spectrum of light ("black body") representative of its new higher temperature. At some level of current, we see it as a source of visible light.
Assuming you mean through the victim's body - it travels through the bloodstream.
This ideal material is called "black body".
Through the blood.
Funiculi
Through the blood.