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Students filled three identical flasks with water and placed elodea, a type of aquatic plant, in each flask. The students adjusted the light intensity that each plant received by wrapping some of the flasks in either screen mesh or foil. The screen mesh allowed only some light to pass through, and the foil allowed no light to pass through. The students recorded the amount of dissolved oxygen, in milligrams per liter, in each flask at the start of the experiment and after twelve hours of light exposure. The data are shown in the table. Drag a label corresponding to a treatment to the correct column header in the table to indicate the beaker from which each piece of data was most likely collected. Light Source H Oxygen Sensor No Covering Screen Screen Mesh acer Foil < 6 of 12 > 8 ? Submit Q 40

Students filled three identical flasks with water and placed elodea, a type of aquatic plant, in each flask. The students adjusted the light intensity that each plant received by wrapping some of the flasks in either screen mesh or foil. The screen mesh allowed only some light to pass through, and the foil allowed no light to pass through. The students recorded the amount of dissolved oxygen, in milligrams per liter, in each flask at the start of the experiment and after twelve hours of light exposure. The data are shown in the table. Drag a label corresponding to a treatment to the correct column header in the table to indicate the beaker from which each piece of data was most likely collected. Light Source H Oxygen Sensor No Covering Screen Screen Mesh acer Foil < 6 of 12 > 8 ? Submit Q 40

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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C Students filled three identical flasks with water and placed elodea, a type of aquatic plant, in each flask. The students adjusted the light intensity that each plant received by wrapping some of the flasks in either screen mesh or foil. The screen mesh allowed only some light to pass through, and the foil allowed no light to pass through. The students recorded the amount of dissolved oxygen, in milligrams per liter, in each flask at the start of the experiment and after twelve hours of light exposure. The data are shown in the table. Drag a label corresponding to a treatment to the correct column header in the table to indicate the beaker from which each piece of data was most likely collected. F @ 2 *3 # с 54 $ Light Source Oxygen Sensor 11 www No Covering N % 5 Screen acer Oll A Screen Mesh 6 Foil O & 7 * 8 Ō 9 < 6 of 12 > 8 Ⓒ Submit Q D
Transcribed Image Text:C Students filled three identical flasks with water and placed elodea, a type of aquatic plant, in each flask. The students adjusted the light intensity that each plant received by wrapping some of the flasks in either screen mesh or foil. The screen mesh allowed only some light to pass through, and the foil allowed no light to pass through. The students recorded the amount of dissolved oxygen, in milligrams per liter, in each flask at the start of the experiment and after twelve hours of light exposure. The data are shown in the table. Drag a label corresponding to a treatment to the correct column header in the table to indicate the beaker from which each piece of data was most likely collected. F @ 2 *3 # с 54 $ Light Source Oxygen Sensor 11 www No Covering N % 5 Screen acer Oll A Screen Mesh 6 Foil O & 7 * 8 Ō 9 < 6 of 12 > 8 Ⓒ Submit Q D
Oxygen Sensor No Covering Screen Screen Mesh Initial Amount of Dissolved Oxygen 4.1 mg/L Initial Amount of Dissolved Oxygen 12 hours in Light 3.2 mg/I /L :: No Covering :: Screen Foil 4.0 mg/L 8.4 mg/L :: Foil 3.9 mg/L 5.7 mg/L
Transcribed Image Text:Oxygen Sensor No Covering Screen Screen Mesh Initial Amount of Dissolved Oxygen 4.1 mg/L Initial Amount of Dissolved Oxygen 12 hours in Light 3.2 mg/I /L :: No Covering :: Screen Foil 4.0 mg/L 8.4 mg/L :: Foil 3.9 mg/L 5.7 mg/L
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