The specific heat of aluminum is 0.897 j/g•°c. which equation would you use to calculate the amount of heat needed to raise the temperature of 0.75 g of aluminum from 7°c to 29°c?
a. q = 0.75 g x 0.385 j/g•°c x 29°c
b. q = 0.75 g x 0.385 j/g•°c x 22°c
c. q = 0.75 g x 0.897 j/g•°c x 22°c
d. q = 0.75 g x 0.897 j/g•°c x 29°c

Wow that a lot of text for my tiny so i no wanna answer

Answer isno products will be formedyou need the required activation energy/good geometry  to be able to get a reaction going. (without favorable  geometry, more energy would be needed.)this is because molecules in a reaction have electrons surrounding them. as molecules approach one another, they start to slow down because of the like charge repulsion (electrons have a negative charge—like charges repel). the appropriate amount of energy is needed to overcome that mutual repulsion. without that amount of energy, the speed of the molecules will be slowed down to such an extent  they do not even collide; they end up rebounding from each other.

That would be d bud have you answer it yet