Question

In: Physics

Complete these nuclear processes and write the missing nucleus as AZX. (All are possible.) Indicate what...

Complete these nuclear processes and write the missing nucleus as AZX. (All are possible.) Indicate what type of reaction each one is (alpha decay, beta decay, gamma decay, fission or fusion) and calculate the energy released in each reaction in MeV.

(1). 238U -> 234Th +AZX

(2). 12C + AZX -> 24Mg

(3). 235U + n -> 154Sm + AZX +10n

Solutions

Expert Solution

(1) Hence, the energy released in first reaction is 4.25 MeV.

As above similarly calculate for other reaction.


Related Solutions

A) Answer as an isotope 1. Write the identity of the missing nucleus for the following...
A) Answer as an isotope 1. Write the identity of the missing nucleus for the following nuclear decay reaction: 232 90Th→228 88Ra+? 2. Write the identity of the missing nucleus for the following nuclear decay reaction: 224 88Ra→42He+? 3. Write the identity of the missing nucleus for the following nuclear decay reaction: ?→237 93Np+42He+00γ B) Write a balanced nuclear equation for the beta decay of each: 1. 25/11Na 2. 20/8O 3. strontium-92 4.iron-60 C) 1. Complete the following nuclear equation...
ASSUME THE HYPERBOLIC PARALLEL POSTULATE. SHOW AS COMPLETE ARGUMENTS AS POSSIBLE AND INDICATE ALL STEPS OF...
ASSUME THE HYPERBOLIC PARALLEL POSTULATE. SHOW AS COMPLETE ARGUMENTS AS POSSIBLE AND INDICATE ALL STEPS OF REASONING. DIAGRAMS SHOULD ILLUSTRATE ALL ARGUMENTS, BUT REMEMBER THAT DIAGRAMS BY THEMSELVES DO NOT CONSTITUTE PROOFS. Let l be a line and let P be a point not on l. Prove that there exists a line m through P such that m is parallel to l but l and m do not admit a common perpendicular
Complete the following table by calculating the missing entries. In each case indicate whether the solution...
Complete the following table by calculating the missing entries. In each case indicate whether the solution is acidic or basic. pHpH pOHpOH [H+][H+] [OH−][OH−] Acidic or basic? 5.30 2.16 4.7×10−10 MM 8.3×10−2 MM I need help on each row of these.
(a) Describe the nuclear processes of alpha and beta decay, and describe what parameter is increasing...
(a) Describe the nuclear processes of alpha and beta decay, and describe what parameter is increasing in the nucleus as a result of these decays. [3] (b) Where a stationary neutron combines with a proton to form a deuteron, a gamma ray of energy 2.2233 MeV is emitted. The masses of the proton and the deuteron are 1.007276467 u and 2.013553212 u, respectively. Determine the mass of the neutron, stating any laws used and defining variables. [4] (c) Uranium ore...
Complete the missing sequences for wild-type hemoglobin. Label all ends. The protein starts in the provided...
Complete the missing sequences for wild-type hemoglobin. Label all ends. The protein starts in the provided segment. Hint: Examine Figures 16.4, 16.6, and 16.7 in Biological Science (Sixth Edition). DNA: Non-Template 5’ - … C C A T G G T G C A C C T G A C T C C T G A G G A G A A G … - 3’ DNA: Template for Transcription mRNA Protein
what are possible interview questions about water filtration processes?
what are possible interview questions about water filtration processes?
II. Indicate whether each statement is true or false. (a) All spontaneous processes are irreversible. (b)...
II. Indicate whether each statement is true or false. (a) All spontaneous processes are irreversible. (b) The entropy of the universe increases for spontaneous processes. (c) The change in entropy of the surroundings is equal in magnitude and opposite in sign for the change in entropy of the system, for an irreversible process. Briefly explain. (d) The maximum amount of work can be gotten out of a system that undergoes an irreversible process, as compared to a reversible process. Briefly...
Draw the structure of protonated histidine and indicate (draw and name) all possible non bonding interactions...
Draw the structure of protonated histidine and indicate (draw and name) all possible non bonding interactions with water. include H bonding, and Hydration Spheres
Can all nuclei be studied by NMR? What property of a nucleus determines whether it is...
Can all nuclei be studied by NMR? What property of a nucleus determines whether it is NMR active?
Prep Work #4 CHM 1210 MODEL 1: Spontaneous Nuclear Reactions Type Note: all spontaneous processes form...
Prep Work #4 CHM 1210 MODEL 1: Spontaneous Nuclear Reactions Type Note: all spontaneous processes form more stable products Example                            Nuclear Equation (s) Alpha Radiation (α): A large, unstable nucleus decays to produce a smaller, more stable nucleus and an alpha particle (identical to a helium nucleus, 42He or 42α). 23892U ® 23490Th + 42α Beta Radiation (β): A neutron in an unstable nucleus decays, forming a proton and emitting a beta (β) particle (identical to an electron, 0-1e or...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT