Which risk increases when catalyst particle size increases?

💡 Explanation

Larger catalyst particles reduce the overall surface area, because fewer active sites are available; therefore, lower surface area reduces reaction rate rather than increases it and is a dominating effect rather than any slight change in diffusion.

• Which outcome arises when precise stellar parallax measurements are attempted near supermassive black holes?
• Which outcome occurs when mismatched atomic orbitals hybridize?
• Which risk increases when flow exceeds transition point?
• Which outcome fundamentally originates from the forbidden energy gaps?
• Which consequence results when supercritical carbon dioxide flow entering a turbine exhibits turbulence?
• Which outcome occurs when representing hybrid atomic orbitals using only real-valued angular functions?