Write an equation for 3215P undergoingbeta-minus decaya. 3215P → 3214Si +iO b. 3215P → 3214SI +µ3232c. 15P → 15S +µС.o d. 3215P → 32,15S +ji

In beta minus decay, the antineutrino forms and the atomic number of the material increases by 1.

Answered: Write an equation for 3215P undergoing…

Write an equation for 3215P undergoing beta-minus decay O a. 3215P → 3214Si +i а. b. 3215P → 3214Si +µ c. 3215P → 15S +µ 32 d. o d. 3215P → 32,15S +i

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

The items on the right show an incomplete radioactive decay equation. Match the items at the left to correctly complete these equations. 266 1. 106Sg -> 2. 24°Cm 238U 23 Th + 90 96 3. He 23Pu + He → n + ón + ộn + 94 4. -je 266 106 → öY +
a) Explain the types of nuclear decay (alpha (α), beta (β), gamma (ϒ)? Explain the alpha (α) tuning phenomenon. b) What does 1eV mean? Derive the activity (A), half-life (), average life (ζaverage) relations together with their mathematical relations. c) Derive the photoelectric effect with the necessary equations about the compton effect, pair formation, double extinction.
7
5 Answer the following questions: a) For a homogeneous nucleation process, sketch the dependence of the surface and bulk free energies on the radius of a spherical embryo using the equation below. kT AG, = 4rv*y -* inS V, AG > r b) Sketch the dependence of the free energy changes (AG,) on the radius of a spherical embryo when the supersaturation ratio (S) is greater than 1, equal to 1 and less than 1. AG c) Discuss the importance of supersaturation on precipitation
Needs Complete solution. Plz.
a. Compute the binding energy of the reactants and of the products in the nuclear fusion reaction 2H + 6LiS 4He + 4Heb. What is the change in binding energy per nucleon in this reaction?
I need help on this question
(b) The deuteron is an 'iso-singlet'. Calculate the ratio of the cross-sections for the following reactions: i. p+p+d+n+ ii. p+nd+nº iii. n+nd+π¯
A 60kg person accidentally ingest a small sources of alpa particles (RBE=15). The activity of the source is 0.04ci.The half life of the source is 110years and each particle emitted has an energy of 0.586Mve.it takes 12hours for the alpha source to pass thro3 the person, s digestive system and exit the body. i. How many alpha particles are absorbed by the person. (Assume that 100 percent of the Alpha particles emitted by the source are absorbed by the person). ii. How much energy in joules is deposited in the person by the source. iii. What is the absorbed dose in rad. iv. What is the absorbed dose in rem
3. A 100kg sample of Neptunium 234 (Np234) was accidentally released due to the gross negligence of Jerf, the worst nuclear engineer ever. A. Jerf plans to act as though nothing happened until 95% of the sample has decayed into other elements. How long will they have to keep waffling about pretending to do experiments? (hint: Wikipedia knows the half-life of (Np234)) B. After two weeks, Jarrison, Jerf's supervisor, notices Jerf has had a minor decrease in productivity and decides to confront Jerf. Realizing their jig is up, Jerf decides to eat as much as they can before Jarrison notices. Assuming they eat 5 kgs of Np 234, how much is left for Jarrison to find? C. Following this incident, Jarrison, along with the EPA, makes a graph detailing the amount of Np 234 in Jerf's lab. Draw this graph and label all important events. Do not include the amount of Np234 that Jerf ingested, as a serendipitous genetic immunity to radiation Jerf inherited is the only reason they did not succumb to…
A 60-kg person accidentally ingests a small source of alpha particles ( RBE=15). The activity of the source is 0.04 Ci, the half-life of the source is 110 years, and each alpha particle emitted has an energy of 0.586 MeV. It takes 12hours for the alpha source to pass through the person's digestive system and exit the body. a). How many alpha particles are absorbed by the person ( assume that 100 percent of the alpha particles emitted by the source are absorbed by the person)? b). How many energy, in Joules, is deposited in the person by the source? c). What is the absorbed dose in rad? d). What is the absorbed dose in rem?
32NE decays by B decay. Which of these is the correct reaction? 10 Select one: of 1 O a. 3 Ne B + 3F 10 1. tion O b.Ne → °B+ 3}F 10 O c. Ne → _°ß+ {Na B+Na. 32 11 10 O d. Ne B+ Na 33 Na 08 10 2 The half-life of 2 U is 70 years. How long would it take for all but 232