Which of the following are the correct order of steps needed for guard cells to respond to ligth? Select one: O a. Light hits guard cells, guard cells actively pump potassium and chloride out, water follows the ions out(lower water potential), guard cells lose water and open O b. Light hits guard cells, guard cells actively pump potassium and chloride out, water follows the ions out(lower water potential), guard cells lose water and close Oc. Light hits guard cells, guard cells actively pump protons out, protons escort chloride ions in, water follows the ions (lower water potential), guard cells become turgid and open O d. Light hits guard cells, guard cells actively pump protons in, water follows the protons (lower water potential and concentration gradient), guard cells become turgid and close

BIOLOGY:CONCEPTS+APPL.(LOOSELEAF)
10th Edition
ISBN:9781305967359
Author:STARR
Publisher:STARR
Chapter30: Sensory Perception
Section: Chapter Questions
Problem 12SA
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Which of the following are the correct order of steps needed for guard cells to respond to ligth?
Select one:
O a. Light hits guard cells, guard cells actively pump potassium and chloride out, water follows the ions out(lower water
potential), guard cells lose water and open
O b. Light hits guard cells, guard cells actively pump potassium and chloride out, water follows the ions out(lower water
potential), guard cells lose water and close
O c. Light hits guard cells, guard cells actively pump protons out, protons escort chloride ions in, water follows the ions (lower
water potential), guard cells become turgid and open
O d. Light hits guard cells, guard cells actively pump protons in, water follows the protons (lower water potential and
concentration gradient), guard cells become turgid and close
Transcribed Image Text:Which of the following are the correct order of steps needed for guard cells to respond to ligth? Select one: O a. Light hits guard cells, guard cells actively pump potassium and chloride out, water follows the ions out(lower water potential), guard cells lose water and open O b. Light hits guard cells, guard cells actively pump potassium and chloride out, water follows the ions out(lower water potential), guard cells lose water and close O c. Light hits guard cells, guard cells actively pump protons out, protons escort chloride ions in, water follows the ions (lower water potential), guard cells become turgid and open O d. Light hits guard cells, guard cells actively pump protons in, water follows the protons (lower water potential and concentration gradient), guard cells become turgid and close
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