• ग्राम अणुक पृष्ठ | |
molar: दाढ़ अणुक ग्राम | |
surface: बाह्य परत तल धरातल | |
molar surface meaning in Hindi
molar surface sentence in HindiExamples
- Sarmiento noted that " Ardipithecus " does not share any characters exclusive to humans and some of its characters ( those in the wrist and basicranium ) suggest it diverged from the common human / African ape stock prior to the human, chimpanzee and gorilla divergence His comparative ( narrow allometry ) study in 2011 on the molar and body segment lengths ( which included living primates of similar body size ) noted that some dimensions including short upper limbs, and metacarpals are reminiscent of humans, but other dimensions such as long toes and relative molar surface area are great ape-like.
- where * " K A " is the solubility constant for the solute particles with the molar surface area " A ", * " K " " A " ?! 0 is the solubility constant for substance with molar surface area tending to zero ( i . e ., when the particles are large ), " ? " is the surface tension of the solute particle in the solvent, " A " m is the molar surface area of the solute ( in m 2 / mol ), " R " is the universal gas constant, and " T " is the absolute temperature.
- where * " K A " is the solubility constant for the solute particles with the molar surface area " A ", * " K " " A " ?! 0 is the solubility constant for substance with molar surface area tending to zero ( i . e ., when the particles are large ), " ? " is the surface tension of the solute particle in the solvent, " A " m is the molar surface area of the solute ( in m 2 / mol ), " R " is the universal gas constant, and " T " is the absolute temperature.
- where * " K A " is the solubility constant for the solute particles with the molar surface area " A ", * " K " " A " ?! 0 is the solubility constant for substance with molar surface area tending to zero ( i . e ., when the particles are large ), " ? " is the surface tension of the solute particle in the solvent, " A " m is the molar surface area of the solute ( in m 2 / mol ), " R " is the universal gas constant, and " T " is the absolute temperature.