Question

. (1 point) OK, fine! Let's say the cannister does, indeed, explode,going from a volume of 1.00 L to 2.70 x 10 L, against an external pressure of 8.50 x 10 atm3 Calculate the work of the reaction, in Joules. 11.3230.5 (Yotm) & (1 point) Consider your answers for heat and work in parts b and f. What is the total energy of this reaction? 2. (1 point) On the diagram of the double slit experiment, below, draw and label arrows to show where on the film we would see each type of interference described in the previous question. In the film, the cannister explodes in an open airlock, I'm approximating the pressure about 100 km above the surface of Mars and the volume to be roughly that of a room 3 meters high, 3 meters wide, and 30 meters long.

Answer 1

Question f answer.

ㄚ -그 2.70 x 10 2.295 L_a4m = 2g2.Gづ CATUYK\oftke "seadton z 232. 6づ