Use the comparison figure. Which statement matches the two reactions?

The figure shows (235,92)U absorbing a neutron and splitting, with the neutrons released left blank in stage 3. Which list gives all the products of this fission?

In the process figure, deuterium and tritium join to form helium-4 and a neutron. What process does the figure show?

Use the comparison figure. Which side shows a chain-reaction step that can release neutrons to start more splits?

The figure shows a heavy nucleus splitting into xenon-140, strontium-94, and two neutrons. Which description fits the figure?

Look at the comparison figure. Which reaction joins small nuclei rather than splitting a large nucleus?

In the figure, side A shows one heavy nucleus becoming two medium nuclei, while side B shows two light nuclei becoming one nucleus. Which pairing is correct?

The process figure ends with helium-4 and a neutron after two hydrogen isotopes collide. Which statement reads the figure correctly?

In a nuclear reaction, the total mass of the products is $2.00\times 10^{-29}$ kg less than the total mass of the reactants. Use $c=3.00\times 10^8$ m/s. How much energy is released?

A fission event has a mass defect of $5.00\times 10^{-28}$ kg. With $c=3.00\times 10^8$ m/s, what energy is released?

The mass of the products in a fusion reaction is $7.20\times 10^{-30}$ kg less than the mass of the reactants. Use $c=3.00\times 10^8$ m/s. What is the released energy?

A nuclear reaction converts $1.50\times 10^{-27}$ kg of mass into energy. If $c=3.00\times 10^8$ m/s, how much energy is released?

During a reaction, the reactants have $3.30\times 10^{-28}$ kg more mass than the products. Use $c=3.00\times 10^8$ m/s. What energy is released?

A tiny nuclear mass defect is $4.00\times 10^{-31}$ kg. Using $c=3.00\times 10^8$ m/s, what energy corresponds to this lost mass?

The total mass after a nuclear reaction is $8.50\times 10^{-29}$ kg lower than before the reaction. With $c=3.00\times 10^8$ m/s, find the energy released.

Balance the fission equation: (1,0)n + (235,92)U -> (141,56)Ba + (92,36)Kr + ? neutrons. How many neutrons are released?

Balance this equation: (1,0)n + (235,92)U -> (140,54)Xe + ? + 2(1,0)n. Which missing nuclide conserves mass number and charge?

A plutonium fission equation is (1,0)n + (239,94)Pu -> (144,56)Ba + (94,38)Sr + ? neutrons. How many neutrons are needed to balance it?

Find the missing product: (1,0)n + (235,92)U -> (97,40)Zr + ? + 2(1,0)n. Which nuclide keeps both totals conserved?

Which nuclear process happens on its own in an unstable nucleus, with nothing needing to strike it?

Which process is the main source of energy in the Sun and other main-sequence stars?

Fusion reactions on Earth require temperatures of many millions of kelvin. What must that thermal energy help overcome?

Which statement correctly connects nuclear fission to power reactors?

What does Einstein’s mass-energy relationship explain in a nuclear reaction with a mass defect?

When balancing a nuclear equation, what two totals must match on the reactant and product sides?