B.) methane gas from cow manure
C.) dust from fertilizers used on crops
D.) smoke from the burning of fossil fuels
B-evaporation
C-cooling
D-gravity
sound
wind
mechanical
mechanical energy is your answer :)
differentiate benzene and cyclohexane
Answer:
For every temperature you use the formula given by the question.
at 3°C you have:
Reaction rate = (1000/0.2)/138.5 = 36 mg/L/sec
at 24°C you have:
Reaction rate = (1000/0.2)/34.2 = 146 mg/L/sec
at 40°C you have:
Reaction rate = (1000/0.2)/26.3 = 190 mg/L/sec
at 65°C you have:
Reaction rate = (1000/0.2)/14.2 = 352 mg/L/sec
Explanation:
Answer:
see below
Explanation:
3°C: 36
24°C: 146
40°C: 190
65°C: 352
Full table: 145
Eight pieces: 173
Tiny pieces: 216