PLEASE HELP! WILL MARK BRAINLIEST!

You decide to heat another beaker of water to 100 degrees Celsius and dissolve another cube of salt. Will the salt dissolve faster or slower than the previous cubes? Question 8 options: faster slower

In most cases, dissolving salt in water is an endothermic process which means it consumes energy from the environment and maximizes as the temperature rise.

However it not a rule because there are also examples of salts whose dissolution is an exothermic process. Per example, Na2SO4 salt will be decahydrate at temperatures below 32.4 ºC and at higher temperatures it will be anhydrous salt. The solubility of anhydrous Na2SO4 decreases with increasing temperature and the solubility of the decahydrate increases.

PLEASE HELP! WILL MARK BRAINLIEST! You decide to heat another beaker of water to 100 degrees Celsius and dissolve another cube of salt. Will the salt dissolve faster or slower than the previous cubes? Question 8 options: faster slower

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PLEASE HELP! WILL MARK BRAINLIEST!

You decide to heat another beaker of water to 100 degrees Celsius and dissolve another cube of salt. Will the salt dissolve faster or slower than the previous cubes? Question 8 options: faster slower