Standard molar enthalpy of combustion of glucose is -2880 kJ. If only 25% of energy is available for muscular work and 1.0 km walk consumes 90 kJ of energy, what maximum distance (in km) a person can walk after eating 90 g of glucose.
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The enthalpy change involved in the oxidation of glucose is -2880 kJ mol^(-1) 25% of this energy is available for muscular work. If 100 kJ of muscular work is neededto walk one kilometer, what is the maximum distance that a person will be able to walk after consuming 120 gm of glucose?
The enthalpy change involved in the oxidation of glucose is -3000kJ mol^(-1) . 25% of this energy is available for muscular work. If 100kJ of muscular work is needed to walk 1 kilometer, what is the maximum distance that a person will be able to walk after eating 144g flucose ?
The enthalpy change involved in the oxidation of glucose is -2880 kJ"mol"^(-1) . Twenty five per cent of this energy is available for muscular work. If 100 kJ of muscular work is needed to walk one kilometer, what is the maximum distance that a person will be able to walk after eating 120 g of glucose?
The enthalpy change involved in the oxidation of glucose is -2880 kJ mol^(-1) . Twently five percent of this energy is available for muscular work. If 100 kJ of muscular work is needed to walk one kilometer, what is the maximum distance that a person will be able to walk agter eating 125 g of glucose ?
The enthalpy change involved in the oxidation of glucose is -2880kJ mol^(-1) . Twenty five per cent of this energy is available for muscular work . If 100kJ of muscular work is needed to walk one kilometre, what is the maximum distance that a person will be able to walk after eating 120g of glucose ?
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