The equation for the reaction between Al(s) and Pb+2(aq) is: 2Al(s) + 3Pb-(aq) — 2A1*(aq) + 3Pb(s)
You know that 0.011 moles of Al(s) have been consumed and that 0.017 moles of Pb(s) have been formed. Calculate
[Pb+2)
0.17 M
0.26 M
0.0017 M
0.017 M

Most likely a is the answer - because  you generate   38 atp's but also consume an atp.   each atp gives approx. less than 4 kcal so probably a is the closest answer.

Answerit curves up and levels out.explanationwe assume that the container contains absolutely no ammonia to begin with as it states that "nitrogen gas and hydrogen gas" react to "produce ammonia."at dynamic equilibrium, the product and reactant concentrations are equal.this means that, starting from a concentration of zero, [nh₃] must curve "up" from zero and then level out to a constant concentration.

Idont really know sorry