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?

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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 x
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O Lecture module in physicsi
M print - 20-667140g.batstate x
New tab
https://meet.google.com/oxx-nmte-iw?authuser=0
...
TRICIA NICOLE B.
REC
Jennifer A. Basilan is presenting
1:52 PM
and 35 more
You
Onutute
Famat N s W
Mon Aprs 152
Onate
12. in the gverhead view of the Figure below, a 2.0 kg cookie tin is accelerated at 3.0 m/sin the direction
shown by a, over a trictionless horizontal surface. The acceleration is caused by three horiaontal forces
only two of which are shown. Fof magnitude 10N and FTof magnitude 20N. What is the third force Fin
unit-vector notation and in magnitude-angle notation?
We daw he product
of mass and acceleration
avector.
These we two
This is the resuting
horaontal acceleration
of the three
herintal fore
vector
E ama - F- Fz
vecto
Then we can add the ee
vectors to find the missing
ed force vector.
FmH a Aa overhead viee of to of three horiaetal forces that act on a cookie
tin, eing in acelertinat hown. () Aa arangement of vecdan ma, -.
and -ind h
e7ehkaósgó a
Jennifer A. Basilan
Raise hand
Turn on captions
is presenting
1:52 PM
EP Type here to search
709
OS/04/2021
Transcribed Image Text:SCI 403 - PHYSICS 1 E 1203 x Meet - omte-iw O Lecture module in physicsi M print - 20-667140g.batstate x New tab https://meet.google.com/oxx-nmte-iw?authuser=0 ... TRICIA NICOLE B. REC Jennifer A. Basilan is presenting 1:52 PM and 35 more You Onutute Famat N s W Mon Aprs 152 Onate 12. in the gverhead view of the Figure below, a 2.0 kg cookie tin is accelerated at 3.0 m/sin the direction shown by a, over a trictionless horizontal surface. The acceleration is caused by three horiaontal forces only two of which are shown. Fof magnitude 10N and FTof magnitude 20N. What is the third force Fin unit-vector notation and in magnitude-angle notation? We daw he product of mass and acceleration avector. These we two This is the resuting horaontal acceleration of the three herintal fore vector E ama - F- Fz vecto Then we can add the ee vectors to find the missing ed force vector. FmH a Aa overhead viee of to of three horiaetal forces that act on a cookie tin, eing in acelertinat hown. () Aa arangement of vecdan ma, -. and -ind h e7ehkaósgó a Jennifer A. Basilan Raise hand Turn on captions is presenting 1:52 PM EP Type here to search 709 OS/04/2021
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