can you please answer the question in the format that it is asking below the question with the provided equations and numbers. thank you **Title: Calculating Mass of KBr in Solution****Question:**What is the mass in grams of KBr in 0.400 L of a 0.350 M solution?**Diagram Explanation:**The image provides a visual setup for calculating the mass of KBr in a given solution. Here's a detailed breakdown:1. **Equation Setup:** - There is a format indicating the calculation process, represented by a multiplication formula. - "Starting Amount" is a placeholder, likely for initial values needed for conversion.2. **Conversion Factors:** - An area for inputting different values, structured to facilitate unit conversion and manipulation. This might include molarity, volume, and molar mass.3. **Input Options:** - Numerous values are presented for selection: - 0.400, 119, 5.47, 1, 0.140, 0.350, 39.10, 6.022 × 10²³, 16.7, and 136. These potentially represent: - Volume in liters. - Molar mass of KBr. - Avogadro's number or other constants needed for calculations.4. **Unit Indicators:** - Buttons provide unit labels, such as g KBr/mol, mol KBr, L, mL, M KBr, to ensure correct unit usage.5. **Tools:** - Addition of factors is simplified with an input tool labeled "ADD FACTOR." - There is also a reset button to clear inputs and start anew.This setup aids in correctly applying formulas to calculate the mass of KBr from the given molarity and volume.

Given 0.400 L of 0.350 M KBr solution. Solution Mass of KBr = No.of moles * Molar mass of KBr No.of moles = Molarity * Volume in Litre = 0.350 mol/L * 0.400 L = 0.14 mol Mass of KBr = 0.14 mol * 119 g/mol = 16.66 g Answer Mass of KBr in the given solution = 16.66 g