Clicker Question: Each deuterium atom is formed from 1 proton, 1 neutron, and 1 electron. How much energy is released by the formation of 1 mole of deuterium (D)? Useful Info: • E = mc² Mass defect: 0.00238 amu • 1 amu = 1.6606 x 10-²7 kg • c=3.00 x 10 m/s • 1 mol D = 6.022 x 1023 D atoms A. 2.14 x 10¹1 J/mol B. 3.56 x 10-13 J/mol C. 2.14 x 1014 J/mol D. 1,29 x 1028 J/mol E. I don't know 26

Livermorium-292 is formed by bombarding hassium-281 with oxygen-16. How many neutrons are released as a result of the bombardment? Livermorium: Z = 116 Hassium: Z = 108 Type your answer...

QUESTION 31 Cm captures an alpha particle, it produces a neutron and which isotope? 96 242 When O 242 Cm 96 O 245 Cf 98 O 238Pu 94 O 239 Pu

Identify the unknown particle X in the following nuclear reaction: You may use the periodic table 'H+3Li = X+ 'on

Please don't provide handwriting solution

need help with this chemistry question, thanks.

How do you figure the nuclear equation for decay for 241 Am 95 as they undergo alpha emission?

The first four steps in the radioactive decay sequence of Po-218 are a, B, a, B. To write the reaction equations for this decay series, first determine the product of t step. a decay of Po-218 gives: symbol = Pb mass number = 214 atomic number = 82 Po undergoes four decay reactions: a, B, a, B. Step 1. 218 Po undergoes a decay to give Pb In the second step, Pb-214 undergoes ß decay. What is the product of this step? symbol = mass number = atomic number =

Identify the unknown particle X in the following equations for nuclear decay, and state whether each process is alpha decay, beta decay, or gamma decay. (Enter your answers in the form  A X Z . Enter γ (gamma) to indicate a gamma decay.) 14557La → X +  0−1e