Answered: chromium -51 used as a tracer to study…

Related questions

Question

chromium -51 used as a tracer to study red blood cells, decays by electron capture. in this process, a proton in the chromium nucleus is in effect, converted to a neutron by combing with capturing and electron. use nuclear symbols to write a balanced equation for this process.

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 3 steps

SEE SOLUTION Check out a sample Q&A here

Similar questions

20.0 hours after being ingested 74.5 % of the original radioactive atoms have decayed or been eliminated. If the biological half-life is known to be 35.0 hours, what is the physical half-life of this isotope? State the time in hours to 1 decimal places but do NOT include units in your answer. Your Answer:
The radioisotope Tc is an isotope that sometimes given to patients because it emits gamma rays and has a relatively short half-life of 6.05 h. Because emits gamma rays, 43 can be used as a tracer when performing imaging on a specific part of the human body. (a) Find the decay constant of "Tc (in h-l). h-1 (b) Find the number of Tc nuclei needed to provide an activity of 2.61 pCi. nuclei
Two nuclei having the same mass number are called isobars. Calculate the difference in binding energy per nucleon for the isobars 2311Na and 2312Mg. How do you account for the difference?
Suppose that a nucleus captures two neutrons and decays to produce one neutron. Is this process likely to produce a chain reaction? Explain your response (make sure to proofread and properly give credit to any sources used)
Uranium-235 decays spontaneously by nucleon emission. a) Write a balanced equation to show the decay of Uranium-235, 2U, that leads to the formation of Uranium- 235 234 and name all the particles involved b) Write a balanced equation to show the decay of Uranium-235, U, that leads to the formation of 92 Thorium-231. Name all the particles involved.