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Water Potential: Water potential = solute potential + pressure potential Solute potential is the concentration of the solute: - Solute potential = -iCRT i = ionisation constant (number of particles in water) C - molar concentration R = pressure constant (0.0831 later bars / mole-Kilo) T = temperature in K (273 + Celsius) ionisation constant for these elements: sodium chloride = i = 2 Sugar etc i = 1 Pressure potential for water is always 0 unless specifically stated Pressure potential can be calculated by the difference of solute potential if questioned and the two subjects are in equilibrium

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水ポテンシャル： 水ポテンシャル＝溶質ポテンシャル＋圧力ポテンシャル 溶質電位は、溶質の濃度である。 -絶対電位= - iCRT i =イオン化定数（水中の粒子数） C -モル濃度 R =圧力定数(0.0831後のバー/モルキロ) T = K (273 +摂氏)イオン化定数の温度

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Water Potential: Water Potential = Solute Potential + Pressure Potential The solute potential is the concentration of the solute. - Absolute potential = - iCRT i = ionization constant (number of particles in water) C - Molar concentration R = pressure constant (bar/mol kilogram after 0.0831) T = K (273 + Celsius) ionization constant temperature

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水ポテンシャル： 水ポテンシャル＝溶質ポテンシャル＋圧力ポテンシャル 溶質電位は、溶質の濃度である。 -絶対電位= - iCRT i =イオン化定数（水中の粒子数） C -モル濃度 R =圧力定数(0.0831後bar/molキログラム) T = K (273 +摂氏)イオン化定温

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Water Potential: Water Potential = Solute Potential + Pressure Potential The solute potential is the concentration of the solute. - Absolute potential = - iCRT i = ionization constant (number of particles in water) C - molar concentration R = pressure constant (after 0.0831 bar/mol kilogram) T = K (273 + Celsius) ionization constant temperature

INTO JAPANESE

水ポテンシャル： 水ポテンシャル＝溶質ポテンシャル＋圧力ポテンシャル 溶質電位は、溶質の濃度である。 -絶対電位= - iCRT i =イオン化定数（水中の粒子数） C -モル濃度 R =圧力定数（ 0.0831 bar/molキログラム後） T = K (273 +摂氏)イオン化定温

BACK INTO ENGLISH

Water Potential: Water Potential = Solute Potential + Pressure Potential The solute potential is the concentration of the solute. - Absolute potential = - iCRT i = ionization constant (number of particles in water) C - molar concentration R = pressure constant (after 0.0831 bar/mol kilogram) T = K (273 + Celsius) ionization constant temperature