During `Na^(+)-K^(+)` pump

Function of Na^(+) -K^(+) pump is to enable

In Na^(+) - K^(+) pump of active transport there is

In Na^(+) - K^(+) pump of active transport there is

In Na^(+) - K^(+) pump of active transport there is

Which of the following statements are correct regarding Na^+ - K^+ pump ? (i)Needs energy (ATP) to work (ii)Expels 3 Na^+ for every 2K^+ ions imported (iii)Works against a concentration gradient (iv)Maintains resting potential

Which of the following statements are correct regarding Na^+ - K^+ pump ? (i)Needs energy (ATP) to work (ii)Expels 3 Na^+ for every 2K^+ ions imported (iii)Works against a concentration gradient (iv)Maintains resting potential

Which of the following statements are correct regarding Na^ - K^+ pump? i) Needs energy (ATP) to work ii) Expels 3 Na^+ for every 2K^+ ions imported iii) Works against a concentration gradient iv) Maintains resting potential

Which of the following statements are correct regarding Na^+ - K^+ pump ? (i)Needs energy (ATP) to work (ii)Expels 3 Na^+ for every 2K^+ ions imported (iii)Works against a concentration gradient (iv)Maintains resting potential

Which of the following is correct about Na^(+)- K^(+) pump?