2.] Balance these nuclear reactions:
24Na --> 24Mg + ______
188Hg --> 188Au + ______
11Cu --> 11B + ______
2.] Balance these nuclear reactions: 24Na --> 24Mg + ______ 188Hg --> 188Au + ______ 11Cu --> 11B...
At t = 0, you have 6.00×109 atoms of 24Na, which undergo beta- decay. 24Na --> 24Mg + e- + V-bar How much energy is released in this reaction? What is the decay constant? What is the radioactivity at t = 0? What is the radioactivity at t = 1 hour?
Question: Balance the following nuclear reactions: Balance the following nuclear reactions: 3. BO → tie + Ni 4. 3P → + 32S 5. 138Ba + Lie 6. 232Pu → + 235U
2) Balance the reactions below: Balance these nuclear equations. a 35 2. + 35 16 S + b. 238 92 + 12 c 246 Cf + 98 C. thate + 90 d 24 104 e 47 Ag →
12. For the following nuclear reactions, write and balance the nuclear equation for each. Then identify [15 pt] each the type of nuclear reaction. a) K (z 19, A 40)Ar (z -18, A 40)? c) U(z 92, A 238) Th (z -90, A 234)
Drag and drop the correct nuclear particles to balance the following nuclear reactions. Answer choices may be used more than once. (Note: n = neutron; p = proton; a = alpha particle; B- = beta-minus particle) U-238 + _______ -> U-239 U-239 -> Np-239 + _______ Np-239 » Pu-239 + _______
1. Complete and balance the following equations for nuclear reactions that are used in particle accelerators to make elements beyond uranium: (a) He + 25. Es ? +2.n (b) 249CF +? 187 Lr + 2n (c) 235 U + C Cf + ?
omplete and balance the following equations for nuclear reactions that are used in partu accelerators to make elements beyond uranium: (a) He + 25 Es ? + 2in 249 Cf +? - 87 Lr + 2on 2U + C- 294CF + ?
Ottawa Nestoundland Toronto TE S Washington NORTH Nuclear Fission Reactions Nuclear fission, in which nuclei split into lighter nuclei, can be written in the form of nuclear equations such as the following. Since nuclear reactions conserve both number of nucleons (a nucleon is a neutron or a proton) and electric charge, both the superscripts and the subscripts must balance on the two sides of the equation, as in nổ+U22 - M042 +Sn58 +3 nó. 4. Determine the missing quantities '?'...
Nuclear Reactions 1. Complete these nuclear equations. Indicate the symbol, the mass number, and the atomic number 13 27Al +,H→ 22Mg+ 12 2. Fill in the missing particle and establish a type of radioactive decay (alpha, beta, gamma). Twe 28Ni + Ra 204 Pb 3. Balance the following nuclear equations. Indicate if it is a fusion or fission reaction. +3 n 56 140 54 + o n
5. Balance these nuclear reactions. 5a) 1124Na ---> 1224Mg + ________ 5b) 78170Pt ---> 76166Os + ________ 5c) 60135Nd ---> 59135Pr + _______ 5d) 165Ta ---> 10e + _________