![Indi Young (she/her) on Twitter: "@se_davidobrien Yeah! JTBD and my opportunity maps go together very well. Different terminology; here's how it maps. Opportunity maps feature much deeper (solid, less biased) qual research, Indi Young (she/her) on Twitter: "@se_davidobrien Yeah! JTBD and my opportunity maps go together very well. Different terminology; here's how it maps. Opportunity maps feature much deeper (solid, less biased) qual research,](https://pbs.twimg.com/media/EWuthjeWkAESwsu.jpg:large)
Indi Young (she/her) on Twitter: "@se_davidobrien Yeah! JTBD and my opportunity maps go together very well. Different terminology; here's how it maps. Opportunity maps feature much deeper (solid, less biased) qual research,
![SOLVED: By using a spectrophotometer, a student measured the [CrO4? ] in the supernatant liquid above AgzCrOa precipitate and found it to be 2.OX1O-SM Based on this measured concentration, the student'calculated Kza SOLVED: By using a spectrophotometer, a student measured the [CrO4? ] in the supernatant liquid above AgzCrOa precipitate and found it to be 2.OX1O-SM Based on this measured concentration, the student'calculated Kza](https://cdn.numerade.com/ask_images/e34327bf9cac4c48a7907d82a3d91252.jpg)
SOLVED: By using a spectrophotometer, a student measured the [CrO4? ] in the supernatant liquid above AgzCrOa precipitate and found it to be 2.OX1O-SM Based on this measured concentration, the student'calculated Kza
![Finding similar regions in many strings | Proceedings of the thirty-first annual ACM symposium on Theory of Computing Finding similar regions in many strings | Proceedings of the thirty-first annual ACM symposium on Theory of Computing](https://dl.acm.org/cms/asset/ff1d8de6-d4ac-465c-8eb7-6cdbfc57ef43/301250.301376.fp.png)