The missing product in the above equation is O a beta particle an alpha particle a neutron a positron a proton 21 (4 poi

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The Missing Product In The Above Equation Is O A Beta Particle An Alpha Particle A Neutron A Positron A Proton 21 4 Poi 1 (8.12 KiB) Viewed 13 times

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The Missing Product In The Above Equation Is O A Beta Particle An Alpha Particle A Neutron A Positron A Proton 21 4 Poi 2 (8.15 KiB) Viewed 13 times

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The Missing Product In The Above Equation Is O A Beta Particle An Alpha Particle A Neutron A Positron A Proton 21 4 Poi 3 (11.96 KiB) Viewed 13 times

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The Missing Product In The Above Equation Is O A Beta Particle An Alpha Particle A Neutron A Positron A Proton 21 4 Poi 4 (11.61 KiB) Viewed 13 times

The missing product in the above equation is O a beta particle an alpha particle a neutron a positron a proton 21 (4 points)
84y 39 The product of the positron emission of is 84g, 38 T none of the choices 84Zr 40 83Sr 83Y 39
For the first order decomposition of N₂O4, the activation energy is 54.4 kJ/mol and the frequency factor A is 1.00 X 104 sec¹. The value of rate constant at 400°C is 0.600 sec¹ 0.465 sec1 3.12 sec1 9840 sec1 ܐܘܒܘܘܘܘܠ
The rate of a reaction doubles when the temperature is increased from 25°C to 45°C. Calculate the activation energy of this reaction in kilojoules. 320 0.32 Onone of the choices 2.73x10¹ 27.3