Why do you suppose 131 53 i is used for this treatment

Assignment Help Chemical Engineering

Reference no: EM131142576

One method of treating cancer of the thyroid is to insert a small radioactive source directly into the tumor. The radiation emitted by the source can destroy cancerous cells. Why do you suppose 131 53 I is used for this treatment?

Reference no: EM131142576

Questions Cloud

Distinction between diplomatic and legislative immunity : xplain the distinction between diplomatic immunity and legislative immunity. Next, support or criticize the premise that diplomatic immunity is vital for Americans abroad

Tax cost of providing the public education : Public schools are financed by tax dollars and provide a certain level of education for every student who enrolls. The tax cost for the public school is the same whether one chooses to go to public school, or go to private school, so students going t..

How many electrons are freed at the first dynode : The average energy required to free an electron from the dynode surface is 10 eV. For each incident ectron released from rest, how many electrons are freed at the first dynode? At the last dynode?

Determine the grade of the road : Assuming standard perception/reaction time and practical stopping distance, determine the grade of the road.

Why do you suppose 131 53 i is used for this treatment : The radiation emitted by the source can destroy cancerous cells. Why do you suppose 131 53 I is used for this treatment?

Determine the drivers perception : Determine the drivers perception/reaction time before and after drinking - the driver fails to stop in time and strikes the object at a speed of 30 mi/h.

Which has the greatest penetration into tissue : Of the three basic types of radioaction-alpha, beta, and gamma-which has the greatest penetration into tissue? Explain the rationale behind your answer.

Write a program that reads an initial investment balance : Write a program that reads an initial investment balance and an interest rate. Then print the number of years it takes for the investment to reach one million dollars.

Find the decay constant and half-life of the isotope : A freshly prepared sample of a certain radioactive isotope has an activity of 10 mCi. After 4 h, the activity is 8 mCi.

User Account

All Pages