$\ce {^235_92 U + ^1_0n -> ^148 La + ^85_35 Br + ....^1_0n + Energy}$
38 questions · timed · auto-graded
$\ce {^235_92 U + ^1_0n -> ^148 La + ^85_35 Br + ....^1_0n + Energy}$
$\ce{^235_92 U + ^1_0n ->_56Ba + ^92Kr + 3 ^1_0 n + ....}$
$\ce {^3_1H + ^2_1H -> ^4_2He + ^1_0n + γ}$
$\ce {^235_92U +^1_0-> ^90_38Sr + ^143_54Xe + 3^1_0n + γ}$
$\ce {^2_1H + ^2_1H -> _2He + ^1H + energy}$
$\ce {^3_2He + ^2_1H -> _2He + _1H + energy}$
What is meant by nuclear waste?
$\ce {^39_19 K , ^40_19 K}$
Give reason for your answer.
The reason is that the number of neutrons exceeds the number of protons.
Complete the following nuclear changes:
$\ce {X \text ->[β] X_1 \text ->[α] X_2 \text ->[α] ^172_69 X_3}$
$\ce {^A_Z X \text ->[α] X_1 \text ->[γ] X_2 \text ->[2β] X_3}$
$\ce {^238_92 P \text ->[α] Q \text ->[β] R \text ->[β] S}$
$\ce {^238_92 U -> ^234_90 Th + .... + Energy}$
$\ce {^a_x P -> Q + ^0_-1 β}$
What general name is given to the product nucleus with respect to $\ce {^24_11 Na} $ ?
Write the equation represent β-decay.
$\ce{^A_Z X -> ^A_{Z-2} X + ^4_2 He}$
$\ce {^A_Z X^* -> ^A_ZX + γ}$
State the change in the form of a reaction.
Explain how you are arrived at your answer.
What particle was emitted?
Name the radiation consisting of the same kind of particles as the cathode rays.
Name the radiation which has the highest ionizing power.
Name the radiation which travels with the speed of light.
Name the radiation which is most penetrating.
Name the radiations which are deflected by the electric field.
Name the three radiations.