12. The following forces act at a point: R = 50 N, 60 degrees North of West, and T = 85 N, 18 degrees North of East. What is the resultant of the vector R and T? (apply the cosine law) Your answer 13. What is the direction of vector R and T (referring to # 12). use the sine law Your answer
12. The following forces act at a point: R = 50 N, 60 degrees North of West, and T = 85 N, 18 degrees North of East. What is the resultant of the vector R and T? (apply the cosine law) Your answer 13. What is the direction of vector R and T (referring to # 12). use the sine law Your answer
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The following forces act at a point: R = 50 N, 60 degrees North of West, and T = 85 N, 18 degrees North of East. What is the resultant of the vector R and T? (apply the cosine law)
What is the direction of vector R and T (referring to # 12). use the sine law
![12. The following forces act at a point: R = 50 N, 60 degrees North of West, and T
= 85 N, 18 degrees North of East. What is the resultant of the vector R and T?
(apply the cosine law)
Your answer
13. What is the direction of vector R and T (referring to # 12). use the sine law
Your answer](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F785c35db-6be6-4280-b4f5-1aa047b02e2d%2F9088315a-b4bd-446a-b0ed-ca1e5c133901%2Fiwythvw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:12. The following forces act at a point: R = 50 N, 60 degrees North of West, and T
= 85 N, 18 degrees North of East. What is the resultant of the vector R and T?
(apply the cosine law)
Your answer
13. What is the direction of vector R and T (referring to # 12). use the sine law
Your answer
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