Question

The water released by the reaction (mass = 0.00020 g) was calculated as was the

heat energy released (-9.6 x 10 kJ). Given the information you have about the 5
accelerants, see if you can determine which liquid is the accelerant under the
threshold.
1. Acetone:
C3H60+
02-
CO2 +
H20 ΔΗ =
2. Coleman Fuel:
C5H12 +
02-
CO2 +
H20 ΔΗ =
3. Ethyl alcohol
C2H60 +
02 -
CO2 +
H20 ΔΗ =
4. Mineral Spirits:
C10H22 +
02-
CO2 +
H20 AH =
5. Turpentine:
C10H16 +
02 -
CO2 +
H20 ΔΗ =
The accelerant used was
I
which is commonly found in:

Answer 1

To determine the accelerant, compare the heat energy released by each reaction. Acetone is the accelerant under the threshold.

Step-by-step explanation:

To determine which liquid is the accelerant, we need to compare the heat energy released by each reaction. The heat energy released is given by the ΔH value.

Let's calculate the heat energy released by each reaction:

1. Acetone: ΔH = -9.6 x 10 kJ
2. Coleman Fuel: ΔH = Unknown
3. Ethyl alcohol: ΔH = Unknown
4. Mineral Spirits: ΔH = Unknown
5. Turpentine: ΔH = Unknown

From the information provided, we only have the ΔH value for acetone, which is -9.6 x 10 kJ. Therefore, we can conclude that acetone is the accelerant under the threshold.

Answer 2

I’m not to sure but let me figure it out hold up