Calculate the energy released in the alpha decay

Assignment Help Chemistry
Reference no: EM13987025

(a) Calculate the energy released in the alpha decay of 232Th.

(b) What fraction of the mass of a single 232Th is destroyed in the decay? The mass of 228Ra is 228.031064 u.

(c) Although the fractional mass loss is large for a single nucleus, it is difficult to observe for an entire macroscopic sample of uranium. Why is this?

I) Macroscopic samples contain mainly non-decaying isotopes.

II) 232Th decays very slowly.

III) The reverse reaction occurs simultaneously.

IV) 228Ra decays simultaneously.

Reference no: EM13987025

Questions Cloud

Calculate the energy released in the theta decay : Calculate the energy released in the θ (theta) decay of 226Ra. What fraction of the mass of a single 226Ra is destroyed in the decay? The mass of 222Rn is 222.01757 u.
Description of the client and client demographics : A description of the client and client's demographics. A description of relevant history (family, developmental, and social). A list of presenting symptoms, issues, and reasons for seeking counseling
Example of not being able to prove the counterfactual : We learn from Gorton that it is not possible to prove that had Lehman Brothers been bailed out by the government or the Federal Reserve the financial crisis of 2008 would not have occurred. This is an example of not being able to prove the “counterfa..
What is project irr : What is each project's IRR? If each project's cost of capital were 10%, which project, if either, should be selected? If the cost of capital were 17%, what would be the proper choice?
Calculate the energy released in the alpha decay : Calculate the energy released in the alpha decay of 232Th. What fraction of the mass of a single 232Th is destroyed in the decay? The mass of 228Ra is 228.031064 u.
Highest bidder at a price equal to the highest bid : In which type of auction is the item awarded to the highest bidder at a price equal to the highest bid? A Vickrey Auction B Common-Value Auction C Sealed-bid first-price auction D Second-Price Auction
Disadvantages exist to filing a consolidated return : Advantages and disadvantages exist to filing a consolidated return. Research the various resources you have available and identify an example of when a consolidated return has been advantageous to a group and when consolidation status has not work..
Best estimate of the expected revenue from the auction : A bidders' value for a good may be low ($2), medium ($5), or high ($7). There are an equal number of potential bidders having each value. Suppose two bidders show up for an auction at which the good is offered. The possible outcomes of the auction ar..
Values based on family-health-achievements and wealth : In 900 words or more needs to be general in nature and should reflect your beliefs, and not necessarily a statement of fact. Are your values based on family, health, achievements, wealth, job success, happiness, faith, love, or anything else that you..

Reviews

Write a Review

Chemistry Questions & Answers

  State silica gel is a common chromotography stationary phase

Silica gel is a common chromotography stationary phase. What is silica gel? Why is it a preferred media for the stationary phase. why is silica gel more commonly used for the separation of polar compounds. what major disadvantage does silica gel h..

  The quantities with reference to the uncertainty principle

Determine the value of ?x=((x2)-(x)2)1/2 and ?P=((p2)-(p)2)1/2 for a harmonic oscillator. discuss these quantities with reference to the uncertainty principle

  Explain what is the value for the equilibrium constant

What is the value for the equilibrium constant (K = KP ) at 1200 K for the reaction: 2HBr +1/2O2 ?? Br2 + H2O. b) What is the value of ?rG? at 1200 K temperature for the reaction in a)

  The spectral regions in orger of increasing energy infrared

Which ionic compound would be expected to have the highest lattice energy (a) KO2 (b)NaO2 (c) Li2O (d) RbO2 (15) Arrange the following spectral regions in orger of increasing energy infrared, microwave, ultraviolet visible (a) microwave

  Define how the subsequent changes in the procedure

Define how the subsequent changes in the procedure for this experiment would affect the results. A glass beaker was used as an alternative of a pressed polystyrene cup

  Explain what is the entropy of sublimation at temperature

Carbon dioxide has an enthalpy of sublimation of 25.2 kJ/mol at -78 OC. If 0.975 kg of dry ice is placed into a bowl open to the atmosphere (i.e., constant pressure), what is the entropy of sublimation at this temperature

  Evaluate the volume of ethylene glycol in a radiator

Calculate the volume (in L) of ethylene glycol in a radiator that contains 2170 g ethylene glycol. (The density of ethylene glycol is 1.11 g/ml.)

  Define why is sec ideally suited for polymer analysis

How does SEC distinguish between large and small molecular weights? Be specific here. Also why is SEC ideally suited for polymer analysis

  What is the mass of water

if the empty cylinder has the mass of 94.2g and the cylinder with water has the mass of 138.7 g what is the mass of water, volume of water and the density of water.

  Calculate the modulus of elasticity in gpa for the

the modulus of elasticity for a ceramic material having 5.5 volporosity is 319 gpa.a calculate the modulus of

  Compute the volume of concentrated ammonia solution

Compute the volume of concentrated ammonia solution, which is 15 molar that contains 75.0g of ammonia

  Explain the mole percent of oxygen be in the diving gas

What should the mole percent of oxygen be in the diving gas for the partial pressure of oxygen in the mixture to be 0.21 atm, the same as in air at 1 atm

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd