An engineer increases gate oxide capacitance in a MOSFET; which outcome is most likely?

💡 Explanation

A larger gate oxide capacitance increases the gate's control over the channel, because it allows for a greater change in channel charge with respect to gate voltage, resulting in higher transconductance, therefore amplifier gain improves rather than other parameters being directly affected.

• A compiler uses syntax trees to optimize code — which mechanism explains why associativity in abstract algebra impacts this optimization?
• Why does molecular speed distribution broaden for gas in a cylinder heated from 300K to 600K?
• Why does a numerical linear algebra algorithm, purportedly proving matrix invertibility, fail for ill-conditioned matrices?
• A chemical engineer discovers that two different reactor designs yield identical product distributions despite using distinct catalysts. Which mechanism explains this functional equivalence?
• If an optical fiber within a fiber optic gyroscope experiences microbending due to manufacturing imperfections, which consequence follows?
• A unimolecular gas-phase decomposition reaction occurs within a batch reactor; why does increasing pressure, above a certain threshold, negligibly affect the reaction rate?