amount of radiation exposure a person takes from source is entirely depend on temperature of source
hence 4th option is correct
plz upvote
Which is a factor in determining the amount of radiation exposure a person takes from a...
Question 8 8.75 pts Which is a factor in determining the amount of radiation exposure a person takes from a source? olonization state of the source Distance from the source O Temperature of the source General health of the person
Question 13 8.75 pts Which is a factor in determining the amount of radiation exposure a person takes from a source? General health of the person lonization state of the source Distance from the source Temperature of the source Question 14 8.75 pts An unstable Uranium atom is hit with a neutron which causes it to break in 2 smaller atoms. What is this process called? Radioactive Decay Thermonuclear Fusion Nuclear Magnetic Resonance Fission
- Important values I needed for this question. Average Exposure to Radiation from Common Sources Source Dose (mrem/year) Naturally occurring Radiation res rec Cosmic rays Terrestrial radiation (rocks, building) Inside human body (K-40 and Ra-266 in the bones) Radon in the air Total 200 2reg 294 Artificial Radiation 2reg 2reg Medical Xraye Nuclear medicine Consumer products Nuclear power plants All others Total Grand total 0.5 1.5 65.0 359 Use the data on the table to decide which is more serious:...
1. When the distance from the source of radiation is doubled, the amount of radiation received will be: Doubled Tripled Reduced by half none of the above
For an average person, which of the following is likely to be the MOST significant source of exposure to radiation? a)emissions from nuclear power plants b)elements found naturally in human tissue c)luminous watch dials d)cosmic radiation e)fallout from nuclear testing
A slab of material of thickness 1.0 cm reduces the amount of radiation by a factor of 4.0. How much is the radiation reduced (from its original amount) if you use a 3.0 cm thickness of this material? (Answer by the factor by which it's reduced, so your answer should be > 1; e.g., if it's cut in 1/2, you would answer 2.)
5) An individual is 50 cm away from a radiation source and is exposed to 1000 Roentgens of radiation (not good). Assuming exposure to 111.1 Roentgens is the maximum dose that an individual may be exposed to without major adverse effects, what is the minimum safe distance from the radiation source? (4
Which one of the following is the key factor for determining the cost of capital that should be assigned to an individual project? amount of funds requested actual source of funding for the project length of time until the project pays back the requested funds use of the requested funds risk level of the division within the firm that is proposing the project
A python can detect thermal radiation from objects that differ in temperature from their environment as long as the received intensity of thermal radiation is greater than 0.60 W/m2. Your body emits a good deal of thermal radiation; a typical human body has a surface area of 1.8 m2, a surface temperature of 30∘C, and an emissivity e = 0.97 at infrared wavelengths. As we've seen, the intensity of a source of radiation decreases with the distance from the source.If...
In your first post, respond to the following: O After reading the article about radiation exposure during coronary angiography, do you think the patient's position matters when it comes to the amount of radiation exposure to the patient? yes o Discuss what a facility can do to prevent patients from receiving extraordinary doses of radiation during interventional procedures. o Does training of personnel in radiobiology and radiation safety matter? o Do you agree with the statistics presented in this article?...