Fig. 1 This plot shows how viewership varies over the length of a video. The number of views was recorded during each 5-second segment of a video by YuJa, the video enterprise management system. The three videos were very similar in content and difficulty. Three different videos of varying lengths... More about this image found in This plot shows how viewership varies over the length of a video. The numbe...

Fig. 2 This figure presents the number of views, as reported by the YuJa video management system, as a function of the video number. The videos are numbered and assigned sequentially, thus this graph can be interpreted as a measure of how student engagement varies across the 10-week quarter. A tot... More about this image found in This figure presents the number of views, as reported by the YuJa video man...

Fig. 3 This assignment asked students to read and comment on a 13-page document through Perusall during the fourth week of the class. Students were required to supply three substantial comments, or replies to comments, throughout the document to obtain full credit. Of the 198 students in the class... More about this image found in This assignment asked students to read and comment on a 13-page document th...

Fig. 4 This histogram shows the distribution in active reading times for the 198 students in the class. The reading/commenting assignment was the same 13-page document assigned in Fig. 3 . Active reading requires some mouse or keypress at least once every two minutes. This histogram groups studen... More about this image found in This histogram shows the distribution in active reading times for the 198 s...

Fig. 1 Classification of CHP plants More about this image found in Classification of CHP plants

Fig. 2 LCOE of CHP compared to average prices in the United States (adapted from Ref. [ 1 ]) More about this image found in LCOE of CHP compared to average prices in the United States (adapted from R...

Fig. 3 Cycle “A” configuration More about this image found in Cycle “A” configuration

Fig. 4 Cycle “B” configuration More about this image found in Cycle “B” configuration

Fig. 5 sCO 2 single cycle-based CHP (cycle A) efficiency versus TIT More about this image found in sCO 2 single cycle-based CHP (cycle A) efficiency versus TIT

Fig. 6 sCO 2 single cycle-based CHP (cycle A) efficiency versus turbine isentropic efficiency More about this image found in sCO 2 single cycle-based CHP (cycle A) efficiency versus turbine isentropi...

Fig. 7 The distribution of the exergy destruction ( y D , k * ) among components of a sCO 2 stand-alone system More about this image found in The distribution of the exergy destruction ( y D , k * ) ...

Fig. 8 The distribution of the exergy destruction ( y D , k * ) among components of cycle A More about this image found in The distribution of the exergy destruction ( y D , k * ) ...

Fig. 9 The distribution of the exergy destruction ( y D , k * ) among components of cycle B More about this image found in The distribution of the exergy destruction ( y D , k * ) ...

Fig. 10 Economic analysis flowchart More about this image found in Economic analysis flowchart

Fig. 11 TRR L for cycle A More about this image found in TRR L for cycle A

Fig. 12 TRR L for cycle B More about this image found in TRR L for cycle B

Fig. 13 The cost of individual components Z ˙ k and cost of exergy destruction C ˙ D , k for cycle A More about this image found in The cost of individual components Z ˙ k and cost of exergy de...

Fig. 14 The cost of individual components Z ˙ k and cost of exergy destruction C ˙ D , k for cycle B More about this image found in The cost of individual components Z ˙ k and cost of exergy de...