5) A 35kg child is being pulled on a sled from two ropes which apply forces F, and F, on the sled. There is a force to do friction f of 8 Newtons in some unspecified direction (you need to find what the direction is). If F, and F, are 12 and 7 Newtons respectively, what is the acceleration of the child on the sled? (Remember that acceleration is a vector which has both magnitude and direction)
5) A 35kg child is being pulled on a sled from two ropes which apply forces F, and F, on the sled. There is a force to do friction f of 8 Newtons in some unspecified direction (you need to find what the direction is). If F, and F, are 12 and 7 Newtons respectively, what is the acceleration of the child on the sled? (Remember that acceleration is a vector which has both magnitude and direction)
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![5) A 35kg child is being pulled on a sled from two ropes which
apply forces F, and F, on the sled. There is a force to do friction f
of 8 Newtons in some unspecified direction (you need to find
what the direction is). If F, and F, are 12 and 7 Newtons
respectively, what is the acceleration of the child on the sled?
(Remember that acceleration is a vector which has both
magnitude and direction)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2265b8bc-4098-4545-ad65-d615bcfa6dec%2F01f06b42-7302-46e3-afe9-eb38d620b436%2Flo5b3lu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:5) A 35kg child is being pulled on a sled from two ropes which
apply forces F, and F, on the sled. There is a force to do friction f
of 8 Newtons in some unspecified direction (you need to find
what the direction is). If F, and F, are 12 and 7 Newtons
respectively, what is the acceleration of the child on the sled?
(Remember that acceleration is a vector which has both
magnitude and direction)
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