[" 1.For the following reaction,the mass of water "],[" produced from "445g" of "C_(57H_(110)O_(6)" is : ")],[2C_(57)H_(110)O_(6)(s)+163O_(2)(g)rarr114CO_(2)(g)+110H_(2)O(" ) "],[" (JEE(Main)-2019,January] "]

For the following reaction, the mass of water produced from 445 g of C_(57)H_(110)O_(6) is : 2C_(57)H_(110)O_(6)(s)+163O_(2)(g) to 114CO_(2)(g)+110H_(2)O(l)

For the following reaction, the mass of water produced from 445 g of C_(57)H_(110)O_(6) is : 2C_(57)H_(110)O_(6)(s)+163O_(2)(g) to 114CO_(2)(g)+110H_(2)O(l)

For the following reaction, the mass of water produced from 445 g of C_(57)H_(110)O_(6) is : 2C_(57)H_(110)O_(6)(s)+163O_(2)(g) to 114CO_(2)(g)+110H_(2)O(l)

What is the mass of water (in g) produced from 445 g of C_(57)H_(110)O_(6) in the following reaction? 2C_(57)H_(110)O_(6)(s) + 163 O_(2)(g) to 114 CO_(2)(g) + 110 H_(2)O(l)

For the following reaction, the moles of required to produce 990 gm H_2O are __________. 2C_(57)H_(110)O_(6) + 163O_(2)(g) to 114CO_(2)(g) + 110 H_(2)O(l)

The fat, C_(57)H_(104)O_(6)(s) , is metabolized via the following reaction. Given the enthalpies of formation, calculate the energy (kJ) liberated when 1.0 g of this fat reacts. C_(57)H_(104)O_(6)(s)+80 O_(2)(g)rarr57CO_(2)(g)=-52 H_(2)O(l) Delta_(f)H^(@)(C_(57)H_(104)O_(6),s)=-70870" kJ"//"mol, "Delta_(f)H^(@)(H_(2)O,l)=-285.8 " kJ"//"mol" , Delta_(f)H^(@)(CO_(2),g)=-393.5 " kJ"//"mol"

The fat, C_(57)H_(104)O_(6)(s) , is metabolized via the following reaction. Given the enthalpies of formation, calculate the energy (kJ) liberated when 1.0 g of this fat reacts. C_(57)H_(104)O_(6)(s)+80 O_(2)(g)rarr57CO_(2)(g)+52 H_(2)O(l) Delta_(f)H^(@)(C_(57)H_(104)O_(6),s)=-70870" kJ"//"mol, "Delta_(f)H^(@)(H_(2)O,l)=-285.8 " kJ"//"mol" , Delta_(f)H^(@)(CO_(2),g)=-393.5 " kJ"//"mol"