147N+42He=178O+??
a. 10n
b. 11H
c. 42He
d. 0-1e
11H
mass number on left = mass number on right
14 + 4 = 17 + A
A = 1
atomic number of left = atoimic number on right
7 + 2 = 8 + Z
Z = 1
so 11H
Write the abbreviated notation for the following bombardment reaction. 6329Cu + 42He → 6631Ga + 10n Write the abbreviated notation for the following bombardment reaction. 147N + 10n → 146C + 11H Write the nuclear equation for the following bombardment reaction. 2713Al(d,α)2512Mg Write the nuclear equation for the following bombardment reaction. 6329Cu(p,n)6330Zn
Balance the following nuclear reaction: 22890Th --> _____ + 22888Ra a. 42He b. 2 0+1e (positron) c. 2 0+1e (beta particle) d. 2 00gamma
What is missing in the nuclear equation below? 147N + ____ ---> 146C + 11H a. alpha b. beta c.neutron d. positron e. gamma
Refer to equation 11H + 11H ---> ZAX + 0+1e + v 1) What is the value of Z? 2) What is the value of A?
10n+13152Te⟶?+0−1e
In the nuclear transmutation represented by 23994Pu(42He,10n)? what is the product? A. uranium-242 B. curium-245 C. curium-242 D. uranium-245 E. uranium-243
Determine the moment produced by Force A about point b.
d) A=10N 30 25* A=10N
Particle Mass (g/mol) 0/1e 0.00054858 1/1H 1.00782 4/2He 4.00260 The sun produces energy via fusion. One of the fusion reactions that occurs in the sun is 4/11H→4/2He+ 2 0/1e How much energy in joules is released by the fusion of 2.12 g of hydrogen-1? Express your answer to three significant figures and include the appropriate units.
Write balanced equations for the following reactions Part A 23892U(?,n)24194Pu, Part B 147N(?,p)178O, Part C 5626Fe(?,?)6029Cu.
Identify the type of particle or radiation for each of the following: Part B 0+1e a beta particle an alpha particle a proton a positron