Two types of asphalt cement Type I and Type II which were AC-40 and modified AC-40 with SBS. These types were tested with different temperatures to indicate the kinematic viscosity and the table below shows the results. 1. Draw the viscosity vs temperature chart in a semi-log paper. 2. Indicate the mixing and compaction temperatures ranges for each type. 3. Which one is more susceptible to temperature change and why? Temperature. C Kinematic viscosity, centistoke Type I Type II 130 410 510 140 295 290 150 220 175 160 160 102
Two types of asphalt cement Type I and Type II which were AC-40 and modified AC-40 with SBS. These types were tested with different temperatures to indicate the kinematic viscosity and the table below shows the results. 1. Draw the viscosity vs temperature chart in a semi-log paper. 2. Indicate the mixing and compaction temperatures ranges for each type. 3. Which one is more susceptible to temperature change and why? Temperature. C Kinematic viscosity, centistoke Type I Type II 130 410 510 140 295 290 150 220 175 160 160 102
Chapter2: Loads On Structures
Section: Chapter Questions
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![Two types of asphalt cement Type I and Type II which were AC-40 and modified AC-40 with SBS. These
types were tested with different temperatures to indicate the kinematic viscosity and the table below shows
the results.
1. Draw the viscosity vs temperature chart in a semi-log paper.
2. Indicate the mixing and compaction temperatures ranges for each type,
3. Which one is more susceptible to temperature change and why?
Temperature, °C
Kinematic viscosity, centistoke
Type I
Type II
130
410
510
140
295
290
150
220
175
160
160
102](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F35c6eec0-2f8c-47f0-a569-964aa208486c%2F3f7e4ded-aa3c-42a7-b66f-4a33989629a7%2F9mcevnl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two types of asphalt cement Type I and Type II which were AC-40 and modified AC-40 with SBS. These
types were tested with different temperatures to indicate the kinematic viscosity and the table below shows
the results.
1. Draw the viscosity vs temperature chart in a semi-log paper.
2. Indicate the mixing and compaction temperatures ranges for each type,
3. Which one is more susceptible to temperature change and why?
Temperature, °C
Kinematic viscosity, centistoke
Type I
Type II
130
410
510
140
295
290
150
220
175
160
160
102
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