Factor 24p^3+15p^2-56p-35. In this free online math video lesson on Factoring By Grouping we factor each completely. We learn how to Factor 24p^3+15p^2-56p-35 completely by grouping. #factor #factorbygrouping #minutemath Every Month we have a new GIVEAWAY that is FREE to Enter. See link below for details. You can enter Every Month! https://www.minutemathtutor.com/current-giveaway Visit our website for links to all of our videos: https://www.MinuteMathTutor.com Visit our STEM Store for all your Math and Science Gear: https://minutemathshop.com/ Get Free Trials to Amazon Prime and others here: https://www.minutemathtutor.com/amazon-partnership Nominate a Great Teacher Here: https://www.minutemathtutor.com/nominate-your-teacher Have Math Lesson you would like to add to our community of videos? Click here: https://www.minutemathtutor.com/video-submissions Check out our Finance, Business and Life YouTube Channel: https://www.youtube.com/gannonforpresident Consider supporting us on Patreon... https://www.patreon.com/MinuteMath Follow us for... Tweets: https://twitter.com/minutemath Instagram: https://www.instagram.com/minutemath/ Facebook: https://www.facebook.com/MinuteMath/ Instagram Shop: https://www.instagram.com/minutemathshop/ Facebook Shop: https://www.facebook.com/MinuteMathShop/ Business and Personal Instagram: https://www.instagram.com/gannonforpresident/ ... https://www.youtube.com/watch?v=CJKjVpq4GaA

Rolle’s Theorem. Find the values of c that satisfy Rolle’s Theorem of y=-2sin(2x) [-pi, pi]. We learn how to determine if Rolle’s Theorem can be applied to y=-2sin(2x) [-pi, pi]. If it can, we find all values of c that satisfy the theorem. If it cannot, we explain why not. We learn how to apply Rolle’s Theorem to a function. We first determine if Rolle’s Theorem can be applied. If it can not be applied, we state why. If Rolle’s Theorem can be applied, we first take the derivative of the function. We then set the derivative equal to zero and solve for x. Once we get these values we determine which ones are within our bounds of the problem. These values are the values of c that satisfy Rolle’s Theorem. This is a great introduction into Rolle’s Theorem. This is under the topic of Applications of Differentiation with this free online math video lesson. #RollesTheorem #findthevalueofc #ApplyRollesTheorem #derivatives #Theorem #calculus #calculushelp #minutemath #minutemathhelp #onlinemathlessons Every Month we have a new GIVEAWAY that is FREE to Enter. See link below for details. You can enter Every Month! https://www.minutemathtutor.com/current-giveaway Subscribe to our YouTube Channel: https://www.youtube.com/user/MinuteMath?sub_confirmation=1 Visit our website for links to all of our videos: https://www.MinuteMathTutor.com Need a Math Tutor? https://www.minutemathtutor.com/tutor Visit our STEM Store for all your Math and Science Gear: https://minutemathshop.com/ Join our Discord Server for Math Talk and Math Help! https://discord.gg/4TrHnzJ Great Educational Resources Here: https://www.minutemathtutor.com/resources Nominate a Great Teacher Here: https://www.minutemathtutor.com/nominate-your-teacher Have a Math Lesson you would like to add to our community of videos? Click here: https://www.minutemathtutor.com/video-submissions Subscribe to our other Life and Finance/Business YouTube Channel: https://www.youtube.com/channel/UCkpi6LiBAMAW0gUtRJfEL3Q?sub_confirmation=1. Consider supporting us on Patreon... https://www.patreon.com/MinuteMath Follow us for... Tweets: https://twitter.com/minutemath Instagram: https://www.instagram.com/minutemath/ Facebook: https://www.facebook.com/MinuteMath/ Instagram Shop: https://www.instagram.com/minutemathshop/ Facebook Shop: https://www.facebook.com/MinuteMathShop/ Business and Personal Instagram: https://www.instagram.com/gannonforpresident/ ... https://www.youtube.com/watch?v=JXfdvA6iAo8