Calculate and describe how to prepare the following solutions from solid, using H2O as a solvent. (To prepare a solution from solid, you need to measure the solid. Can you "weigh" a mole or a percent? No, but you "can* figure out how many grams you need and weigh grams. Therefore, preparing a solution from solid always requires that you need to know qrams. You have a balance, beaker, stir bar, and graduated cylinder to use when writing instructions for preparation.) m. 1L of 0.75MNaHCO3 n. 500mL of 0.009MNaHCO3 o. 100mL of 3.5M ammonium sulfate (NH4)2SO4 p. 50mL of 0.088M sucrose (C12H24O11) q. 100mL of 0.15M CAPS, pH10 r. 45mL of 333 microMolar Urea (CH4N2O) s. 100mL of 2.0%w/ vol Ampicillin t. 70mL of 0.05M glucose (C6H12O6) u. 70mL of 0.05%w/ vol glucose (C6H12O6) v. 125mL of 200mMCaCl2 w. 30mL of 0.33%w/ vol urea (CH4N2O) x. 100mL of 0.06MNaHCO y. 100mL of 0.06%wt/ ol NaHCO3 z. 355mL of 0.06%wt/ vol NaHCO3 aa. 40mL of 0.5%w/ vol Tetracycline Calculate and describe how to prepare the following solutions from solid, using H2O as a solvent. (To prepare a solution from solid, you need to measure the solid. Can you "weigh" a mole or a percent? No, but you "can* figure out how many grams you need and weigh grams. Therefore, preparing a solution from solid always requires that you need to know qrams. You have a balance, beaker, stir bar, and graduated cylinder to use when writing instructions for preparation.) m. 1L of 0.75MNaHCO3 n. 500mL of 0.009MNaHCO3 o. 100mL of 3.5M ammonium sulfate (NH4)2SO4 p. 50mL of 0.088M sucrose (C12H24O11) q. 100mL of 0.15M CAPS, pH10 r. 45mL of 333 microMolar Urea (CH4N2O) s. 100mL of 2.0%w/ vol Ampicillin t. 70mL of 0.05M glucose (C6H12O6) u. 70mL of 0.05%w/ vol glucose (C6H12O6) v. 125mL of 200mMCaCl2 w. 30mL of 0.33%w/ vol urea (CH4N2O) x. 100mL of 0.06MNaHCO y. 100mL of 0.06%wt/ ol NaHCO3 z. 355mL of 0.06%wt/ vol NaHCO3 aa. 40mL of 0.5%w/ vol Tetracycline