It looks like you have a problem related to MOS transistors. The task involves completing a table using provided equations and given parameters. Here's a breakdown of the relevant information: ### Parameters - Electron (\(\mu_n\)): \( \, \text{}^2text{V}\cd\text{s}\) - Hole (\(\mu\)): \(250 \, \text{cm}^/\text{V}\cdottext{s}\) - Oxide capacitance per unit area (\(C_{ox}\)): \(.4 \, \text{fF}/\mu\text{m}^\) ### Equations The equations mentioned are: - Eq. (.40) - Eq. (7.41) - Eq. (.42) These equations likely relate to the calculation of transconductance (\(g_m\)) and other MOSFET parameters. Without the specific equations, I can't provide exact calculations, but you can use the given parameters to solve for \(g_m\) or other characteristics as per the table requirements. ### General Steps 1. **Identify Parameters**: Use the given values for mobility and oxide capacitance. 2. **Apply Equations**: Substitute the parameters into the appropriate equations to find the desired values (e.g., \(g_m\)). 3. **Complete the Table**: Use the calculated values to fill in the missing entries. If you have access to the textbook, refer to the equations and apply the numeric values to complete the table entries.