Answer: the integers are 9,11 and 13
Explanation:Please see attachment for explanation
Given an unknown mixture consisting of two substances, a scientist can determine whether a specific mixture is a true solution, a colloid, or a suspension by passing a light through the mixture. They are distinguished by the Tyndall Effect. If the mixture is a solution, light just pass through the mixture. The light does not reflect. If the mixture is a colloid, then light is dispersed or reflected due to the colloidal particles. If the mixture is a suspension, light cannot pass through.
Answer:copper(II) sulfate, CuSO4> 2-pentanol, C5H11OH> methane, CH4>propane, C3H8.
Explanation:
Solubility depends on the ability of solute to interact effectively with a solvent. If water is the solvent, it interacts effectively with ionic substances. copper II sulphate is ionic and will be the most soluble in water, 2-pentanol, will interact effectively with water via hydrogen bonding. Between methane and propane, methane will interact better with water since it has a shorter alkyl chain than propane
On dissolving CO2 in plasma, some of it reacts with water to produce carbonic acid which gets dissociates to produce proton and bicarbonate ion with negative charge.
The pKa1 value indicates the acidic nature of carbonic acid and its value is 3.6. this value indicates the spontaneous nature of this reaction in alkaline solutions and helps in proceeding the reaction in forward direction. This results in dissolving of large amount of CO2 in plasma whereas Oxygen does not go any reaction f this type. Oxygen is a non polar molecule, so its solubility is quite lower in plasma.
Thus, CO2 is more soluble in plasma than O2