hi i want someone to do me this activity for physiology please

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ok so this activity is about action potinal in cariac myocytes and in pacemaker cells.

so there is 2 packets first one i should've cut out the rectangles of sentences that are outlined in a dashed line.... and then on the second packet i should glue them in order by steps and at the end draw a graph

it will also be shown on the instructions....

I did the 1st page but i need you to check it and make any corrections if i did it wrong

thanks

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Action Potential in Cardiac Myocytes Action Potential in Cardiac Myocytes Souraa Mi pera2 Action Potential in Pacemaker Cells Directions: Cut out the action potential steps and first determine which are pacemaker activity and which are cardiac myocyte activity. Next, put them in the correct sequence. Color each step a different color and use the same color to draw in the stage on the graph. Finally, determine whether each step is depolarization or repolarization. Starts with membrane potential around -60 mV. Sodium channels are open and Na+ is moving into the cell. Depolarization or Repolarization? At -40 mV, Ca 2+ channels open. Ca2+ and Na+ continue to enter the cell. Depolarization or Repolarization? At +10 mV, Ca 2+ channels close and K+ channels open. Na+ continues to enter, while K+ goes out of the cell. Depolarization or Repolarization? Ca 2+ channels close and K+ continues to exit the cell. Depolarization or Repolarization? Far to (+123 (67) May H0 + my -40 X-60 ( (O)K Ca 2+ channels close and K+ continues to exit the cell. At -10mV, K+ channels close. Only Na+ is coming into the cell. Souraa M. Peroz K+ channels remain open. Na+ and Ca2+ enter the cell via Gap Junctions. At +10 mV, Ca 2+ channels close and K+ channels open. Na+ continues to enter, while K+ goes out of the cell. Starts with a membrane potential around -70mV. K+ channels are open and K+ is exiting the cell. At -90 mV, voltage-gated K+ channels close and only a small number of K+ ion channels remain open. At -70 mV, fast Na+ channels open and Na+ rushes into the cell. A small number of K+ channels are open and K+ is leaving the cell. Starts with membrane potential around -60 mV. Sodium channels are open and Na+ is moving into the cell. At +5 mV, Ca 2+ channels open and the electrical activity plateaus due to a balance of Ca 2+ rushing in and K+ rushing out. At -40 mV, Ca 2+ channels open. Ca2+ and Na+ continue to enter the cell. At + 20 mV, the fast Na+ channels close, and additional voltage-gated K+ channels open. K+ exits the cell.
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