GitHub - owsorber/FTC_OPR_Calculator: This repository contains a Python program I made for my FTC Team 6032 to calculate FTC team statistics such as OPR, Autonomous OPR, and CCWM at an FTC event.
![SOLVED: <<< All lengths are measured in feet>> > (0) A truncated parabolic region R is bounded by the parabola Y =x? and the line Y = 4. Sketch and fully label SOLVED: <<< All lengths are measured in feet>> > (0) A truncated parabolic region R is bounded by the parabola Y =x? and the line Y = 4. Sketch and fully label](https://cdn.numerade.com/ask_images/ba680d1a2791456c99b202f127d42701.jpg)
SOLVED: <<< All lengths are measured in feet>> > (0) A truncated parabolic region R is bounded by the parabola Y =x? and the line Y = 4. Sketch and fully label
![I'm very ashamed to ask this to the brains on this subreddit but I genuinely can't tell if I must be doing something wrong or if my graphing calculator is broken? It's I'm very ashamed to ask this to the brains on this subreddit but I genuinely can't tell if I must be doing something wrong or if my graphing calculator is broken? It's](https://i.redd.it/xesp9h1iapt81.jpg)