Choose an isotope and describe its radioactive decay process and how it is used. Write a...

Choose an isotope and describe its radioactive decay process and how it is used. Write a minimum of 150 words.

Solutions

Expert Solution

Dear friend if you have any doubts leave a comment...

THANKS

genius_generous answered 1 year ago

Next > < Previous

Related Solutions

Choose an isotope and describe its radioactive decay process and how it is used

How long does it take for the radioactive isotope to decay to 5.4×10−3μg ? (Assume no...

How long does it take for the radioactive isotope to decay to 5.4×10−3μg ? (Assume no excretion of the nuclide from the body.)

Part A How long does it take for the radioactive isotope to decay to 6.0×10−4 μg...

Part A How long does it take for the radioactive isotope to decay to 6.0×10−4 μg ? (Assume no excretion of the nuclide from the body.) Part B A radioactive sample contains 1.70 g of an isotope with a half-life of 3.6 days. What mass of the isotope will remain after 5.8 days? (Assume no excretion of the nuclide from the body.) Part C A mammoth skeleton has a carbon-14 decay rate of 0.46 disintegrations per minute per gram of...

Which type of nuclear decay is the following radioactive isotope likely to undergo? All known stable...

Which type of nuclear decay is the following radioactive isotope likely to undergo? All known stable isotopes are shown on the graph. The points form what is know as the "belt of stability". If a radioactive isotope is above the belt of stability, think about what type of decay would decrease its N/Z ratio. If an unstable isotope is below the belt of stability, think about what type of decay would increase its N/Z ratio. If a radioactive isotope is...

The radioactive decay of radium 226Ra follows a first-order rate law. This decay process has a...

The radioactive decay of radium 226Ra follows a first-order rate law. This decay process has a half-life of 1600 years. (a). What is the value of the rate constant (expressed in s-1) for this decay process? (b). How many disintegrations per second would occur in a one-gram sample of 226Ra ?

We will be exploring decay reactions used in radioactive dating of objects. This will be a...

We will be exploring decay reactions used in radioactive dating of objects. This will be a short lab to leave you time to prepare for the Unit 3 project. 1. Explore the PhET simulation Radioactive Dating Game . Try all the tabs to figure out why there is more than one element used to estimate how old things might be. 2. What elements’ isotopes are used to estimate how old something is? Why do are more than one type used?...

Radioactive decay can be used to determine the age of an object. If you know the...

Radioactive decay can be used to determine the age of an object. If you know the number of radioactive nuclei with which an object started, the number of radioactive nuclei currently present, and the half-life of the isotope, you can calculate the time since the object was created. Suppose an object was created with 4.810×109 nuclei of a particular isotope that has a half-life of 1.56×103 yr. At this point in time 9.620×108 nuclei of this particular isotope remain. What...

The half-life for radioactive decay (a first-order process) of plutonium-242 is 380,000 years. How many years...

The half-life for radioactive decay (a first-order process) of plutonium-242 is 380,000 years. How many years would it take for one mole of this radioactive material to decay so that just one atom remains?

(1) The radioactive isotope carbon-11 is used in medical imaging as indicated on the table above....

(1) The radioactive isotope carbon-11 is used in medical imaging as indicated on the table above. How many protons and neutrons are there in a carbon-11 atom? _____protons_____neutrons (2) When the nuclide carbon-11 decays as indicated on the table: the number of protons in the product nuclide is: ______the number of neutrons in the product nuclide is: _______the name of the product nuclide is: ________

If there is 10umol of the radioactive isotope 32P (half-life 14 days) at t=0, how much...

If there is 10umol of the radioactive isotope 32P (half-life 14 days) at t=0, how much 32P will remain at (a). 7 days (b) 14 days (c) 21 days and (d) 70 days? I already know the answers, I have the student companion guide to my biochemistry textbook. It does not tell me how to work out the problem though. If anyone could help it would be appreciated! The answers are (a) 7mmol (b) 5umol (c) 3.5mmol and (d) 0.3umol

Subjects