A geochemist in the field takes a 34.0 mL sample of water from a rock pool lined with crystals of a certain mineral compound X. He notes the temperature of the pool, 22.0 °C, and caps the sample carefully. Back in the lab, the geochemist first dilutes the sample with distilled water to 750.0 mL. Then he filters it and evaporates all the water under vacuum. Crystals of X are left behind. The researcher washes, dries, and weighs the crystals. They weigh 0.31 g.
Using only the information above, can you calculate yes the solubility of X in the water at 17.0 °C? If yes, calculate it. Be sure your answer has a unit symbol and 3 significant digits.

The solubility is  

Explanation:

From the question we are told that

     The original volume of sample is  

      The temperature is  

      The new volume of sample  is  

       The weight of the crystal is  

Now looking at the question we see that 34.0 mL of the sample is saturated with  0.31g of the crystal X

Generally the solubility of X in the water sample at   can be mathematically evaluate as

if the concentration of products is decreased, the equilibrium will shift toward the products). add an inert gas (one that is not involved in the reaction) to the constant-volume reaction mixture: this will increase the total pressure of the system, but will have no effect on the equilibrium condition.

explanation:

the ozone layer acts as a filter for the shorter wavelength and highly hazardous ultraviolet radiation (uvr) from the sun, protecting life on earth from its potentially harmful effects. when the sky is clear, there is an inverse relationship between stratospheric ozone and solar uvr measured at the earth's surface.