(ii) Consider the structure of the molecule shown below. Explain how this molecule could cross the...

 

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(ii) Consider the structure of the molecule shown below. Explain how this molecule could cross the plasma membrane and get into cells. CH2OH OH OH OH (iii) If the cell has a higher intracellular concentration of the molecule shown in part (ii) compared to the extracellular concentration, what can occ order for more molecules to continue moving into the cell? For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac). AQuestion Completion Status: Hide Subject Menu 2 50 70 10 11 12 130 14D 150 9. 16 170 18 19 20 220 230 240 250 21 Lipids and membranes are essential to cell structure and function. Answer the following questions regarding lipids, membranes, and the movement of molecules. [4 marks] ine (i) Write the shorthand notation for the fatty acid shown below. но (ii) Consider the structure of the molecule shown below. Explain how this molecule could cross the plasma membrane and get into cells. CH2OH OH HO OH 11:13 sternsydney.edu.au/webapps/assessment/take/take.jsp?course assessment_id=_123437_1&course_id=_37353_1&content_id=_6613424 18question_num_21x=08toggle state=qShow&step=null 4 E ENG 15/06/2021 Type here to search (ii) Consider the structure of the molecule shown below. Explain how this molecule could cross the plasma membrane and get into cells. CH2OH OH OH OH (iii) If the cell has a higher intracellular concentration of the molecule shown in part (ii) compared to the extracellular concentration, what can occ order for more molecules to continue moving into the cell? For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac). AQuestion Completion Status: Hide Subject Menu 2 50 70 10 11 12 130 14D 150 9. 16 170 18 19 20 220 230 240 250 21 Lipids and membranes are essential to cell structure and function. Answer the following questions regarding lipids, membranes, and the movement of molecules. [4 marks] ine (i) Write the shorthand notation for the fatty acid shown below. но (ii) Consider the structure of the molecule shown below. Explain how this molecule could cross the plasma membrane and get into cells. CH2OH OH HO OH 11:13 sternsydney.edu.au/webapps/assessment/take/take.jsp?course assessment_id=_123437_1&course_id=_37353_1&content_id=_6613424 18question_num_21x=08toggle state=qShow&step=null 4 E ENG 15/06/2021 Type here to search