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
Gamma radiation. Alpha radiation is the least penetrating, beta radiation penetrates and lasts longer than alpha but also "dies out" relatively quickly, but Gamma radiation will not only penetrate deep, but it will also stay long.
Radiation exposure is very dangerous because in your skin, contain cells that contain melanin which is a pigment. Melanin cells determine the color of your skin and when a melanin cells is ready to reproduce to make more the DNA is copied and if your in radiation at the time, the radiation can mutate the DNA and over time, the mutated cell will replicate over and over again which can be considered as a type of skin cancer. So I'd suggest staying out of the suns radiations or use sunblock and re-apply every so often(:
The unit that measures radiation damage to human tissue is the Sievert (Sv). It takes into account the type of radiation, the amount of radiation absorbed, and the sensitivity of the tissue being exposed.
neurons cell
Nuclear radiation harms us by mutating cells so they don't actually do anything, but still reproduce. This is what cancer is. The cells reproduce and form a big lump of totally useless tissue.
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
Infrared radiation is emitted by the human skin. This type of radiation is invisible to the human eye but can be felt as heat.
Radiation exposure occurs from medical equipment, ultraviolet radiation from the sun and small but steady radiation from cell phones, microwaves and electrical towers. It damages human tissue by leaving the cells unstable, which can lead to cancer.
X-rays and gamma rays are types of radiation that have high energy levels and can penetrate the human body, making them useful in medical imaging and cancer treatment. However, overexposure to these types of radiation can be harmful to the body's cells.
neutron radiation
The amount of radiation a human can withstand depends on factors like the type of radiation, dosage, exposure time, and individual characteristics. In general, the human body can tolerate low doses of radiation without immediate harm, while high doses can cause severe damage to tissues and organs. There are established safety limits for occupational and medical exposure to radiation to minimize health risks.
Humans emit infrared radiation, which is a type of electromagnetic radiation that is invisible to the human eye but can be felt as heat.
That depends what radiation - there are several types. For example, visible light, in the usual quantities, does no harm at all. A very intense light, or other types of radiation, can be very harmful indeed.That depends what radiation - there are several types. For example, visible light, in the usual quantities, does no harm at all. A very intense light, or other types of radiation, can be very harmful indeed.That depends what radiation - there are several types. For example, visible light, in the usual quantities, does no harm at all. A very intense light, or other types of radiation, can be very harmful indeed.That depends what radiation - there are several types. For example, visible light, in the usual quantities, does no harm at all. A very intense light, or other types of radiation, can be very harmful indeed.
Exposure to high levels of radiation can damage cells in your body, leading to radiation sickness, cancer, or other health issues. The extent of harm depends on the type of radiation, dose received, and duration of exposure. Protective measures and adherence to safety guidelines can help minimize the risks of radiation exposure.
Gamma radiation is considered the most deadly type of radiation as it is highly penetrating and can easily damage tissues and cells in the body. This type of radiation is emitted during nuclear reactions and explosions.
Beta radiation is considered dangerous because it can penetrate the skin and damage cells and tissues. This type of radiation has a moderate level of energy, allowing it to travel further into the body compared to alpha radiation. If internalized, beta particles can cause harm by disrupting cell function and potentially leading to long-term health effects.