Answer:
Explanation:
<u>1) Arrhenius equation</u>
Arrhenius equation shows the relation between activation energy, temperature, and the equilibrium constant.
This is the equation:

Where:
- K is the equilibrium constant,
- A is the frequency factor,
- Ea is the activation energy (in J/mol),
- T is the temperature in kelvins (K), and
- R is the universal constant.
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<u>2) Substitute, using the right units, and compute:</u>
- A = 4.20 × 10¹² (dimensionless)
- Ea = 67.0 kJ/mol = 67,000 J/mol
- T = 24.0°C = 24.0 + 273.15 K = 297.15 K
- R = 8.314 J/K mol

Germanium as it has 32 protons
If freezing<span> is slow, large ice crystals will form, </span>damaging<span> the cell walls of the </span>food Quick freezing<span> = small crystals </span>Slow freezing<span> = large crystals ... Heat is removing </span>so<span> quickly that there is little time for dehydration of the cells and ice will be formed inside the cells numerously as small ice crystals </span>