a 2.0 kg cookie tin is accelerated at 3.0 m/s^2 in the direction shown by over a frictionless horizontal surface. The acceleration is caused three horizontal forces, only two of which are shown: of magnitude 10 N and of. Magnitude 10 N. What is the third force in unit-vector notation and in magnitude angle notation? SCI 403 - PHYSICS 1 E 1203 xMeet - omte-iwO Lecture module in physicsiM print - 20-667140g.batstate xNew tabhttps://meet.google.com/oxx-nmte-iw?authuser=0...TRICIA NICOLE B.RECJennifer A. Basilan is presenting1:52 PMand 35 moreYouOnututeFamat N s WMon Aprs 152Onate12. in the gverhead view of the Figure below, a 2.0 kg cookie tin is accelerated at 3.0 m/sin the directionshown by a, over a trictionless horizontal surface. The acceleration is caused by three horiaontal forcesonly two of which are shown. Fof magnitude 10N and FTof magnitude 20N. What is the third force Finunit-vector notation and in magnitude-angle notation?We daw he productof mass and accelerationavector.These we twoThis is the resutinghoraontal accelerationof the threeherintal forevectorE ama - F- FzvectoThen we can add the eevectors to find the missinged force vector.FmH a Aa overhead viee of to of three horiaetal forces that act on a cookietin, eing in acelertinat hown. () Aa arangement of vecdan ma, -.and -ind he7ehkaósgó aJennifer A. BasilanRaise handTurn on captionsis presenting1:52 PMEP Type here to search709OS/04/2021

Name: a 2.0 kg cookie tin is accelerated at 3.0 m/s^2 in the direction shown
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Description: a 2.0 kg cookie tin is accelerated at 3.0 m/s^2 in the direction shown by over a frictionless horizontal surface. The acceleration is caused three horizontal forces, only two of which are shown: of magnitude 10 N and of. Magnitude 10 N. What is the