use the graph to identify the number, letter, or word that completes each statement.\nthe solubility of…

use the graph to identify the number, letter, or word that completes each statement.\nthe solubility of solute d as temperature increases.\nthe solubility of solute increases the most as temperature increases.\nthe solubility of solutes c and d is the same at °c.\nas the temperature increases from 0 to 100, which solutions solubility only changes by about 5 grams? solution letter

use the graph to identify the number, letter, or word that completes each statement.\nthe solubility of solute d as temperature increases.\nthe solubility of solute increases the most as temperature increases.\nthe solubility of solutes c and d is the same at °c.\nas the temperature increases from 0 to 100, which solutions solubility only changes by about 5 grams? solution letter

Answer

Explanation:

Step1: Observe Solute D trend

By looking at the graph of Solute D, we can see that as the temperature increases, the solubility curve of Solute D goes downwards. So the solubility of Solute D decreases as temperature increases.

Step2: Compare slopes of curves

To find which solute's solubility increases the most as temperature increases, we compare the slopes of the solubility - temperature curves of all solutes. Solute E has the steepest upward - sloping curve, so its solubility increases the most as temperature increases.

Step3: Find intersection point

To find the temperature at which the solubility of Solutes C and D is the same, we look for the point of intersection of their curves. The intersection occurs at approximately 25°C.

Step4: Calculate solubility change

For each solute, we calculate the difference in solubility at 0°C and 100°C. For Solute B, the solubility at 0°C is around 20 grams and at 100°C is around 25 grams, a change of about 5 grams.

Answer:

  • decreases
  • E
  • 25
  • B