The problem you've shared is related to designing a rectangular reinforced concrete beam for tension. To help with this design, we'll need to understand the parameters provided, like the span $L$, the beam's width $b$, and height $h$, as well as the materials' properties including $f_c$ (concrete compressive strength) and $f_y$ (yield strength of steel).

You can select values for the design by choosing from the provided table, where each column represents a set of parameters for different material properties and dimensions.

Here's what we can do:

• Based on the beam length $L$, the width $b$, and other parameters from the table, we will design a concrete beam using standard reinforced concrete beam equations (like the ACI code or similar).
• The most likely steps will include calculating the moment capacity, shear, and determining the required reinforcement (steel).

Would you like to select the values you want to use for this design from the table, or would you like assistance with choosing them? Also, let me know if you'd like to go through the steps in more detail.