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A Process to Extract Pectin and Pigment from Sunflower Heads

Question 4

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A process to extract pectin and pigment from sunflower heads involves washing the sunflower heads in heated water. Suppose that the percentage of the pigment that can be removed from a sunflower head by washing for 15 minutes can be modeled by A process to extract pectin and pigment from sunflower heads involves washing the sunflower heads in heated water. Suppose that the percentage of the pigment that can be removed from a sunflower head by washing for 15 minutes can be modeled by percent where r milliliters of water is used for each gram of sunflower heads. Write a formula for the rate of change in the amount of water used with respect to a change in temperature when 47% of pigment is removed. A) B) C) D) E) percent where r milliliters of A process to extract pectin and pigment from sunflower heads involves washing the sunflower heads in heated water. Suppose that the percentage of the pigment that can be removed from a sunflower head by washing for 15 minutes can be modeled by percent where r milliliters of water is used for each gram of sunflower heads. Write a formula for the rate of change in the amount of water used with respect to a change in temperature when 47% of pigment is removed. A) B) C) D) E) water is used for each gram of sunflower heads. Write a formula for the rate of change in the amount of water used with respect to a change in temperature when 47% of pigment is removed.


A) A process to extract pectin and pigment from sunflower heads involves washing the sunflower heads in heated water. Suppose that the percentage of the pigment that can be removed from a sunflower head by washing for 15 minutes can be modeled by percent where r milliliters of water is used for each gram of sunflower heads. Write a formula for the rate of change in the amount of water used with respect to a change in temperature when 47% of pigment is removed. A) B) C) D) E)
B) A process to extract pectin and pigment from sunflower heads involves washing the sunflower heads in heated water. Suppose that the percentage of the pigment that can be removed from a sunflower head by washing for 15 minutes can be modeled by percent where r milliliters of water is used for each gram of sunflower heads. Write a formula for the rate of change in the amount of water used with respect to a change in temperature when 47% of pigment is removed. A) B) C) D) E)
C) A process to extract pectin and pigment from sunflower heads involves washing the sunflower heads in heated water. Suppose that the percentage of the pigment that can be removed from a sunflower head by washing for 15 minutes can be modeled by percent where r milliliters of water is used for each gram of sunflower heads. Write a formula for the rate of change in the amount of water used with respect to a change in temperature when 47% of pigment is removed. A) B) C) D) E)
D) A process to extract pectin and pigment from sunflower heads involves washing the sunflower heads in heated water. Suppose that the percentage of the pigment that can be removed from a sunflower head by washing for 15 minutes can be modeled by percent where r milliliters of water is used for each gram of sunflower heads. Write a formula for the rate of change in the amount of water used with respect to a change in temperature when 47% of pigment is removed. A) B) C) D) E)
E) A process to extract pectin and pigment from sunflower heads involves washing the sunflower heads in heated water. Suppose that the percentage of the pigment that can be removed from a sunflower head by washing for 15 minutes can be modeled by percent where r milliliters of water is used for each gram of sunflower heads. Write a formula for the rate of change in the amount of water used with respect to a change in temperature when 47% of pigment is removed. A) B) C) D) E)

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