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Two Coast Guard patrol boats P₁ and P2 are stationary while monitoring the motion of a surface vessel A. The velocity of A with respect to P₁ is expressed by V₁ = (-187₁ - 67₁) ft/s whereas the acceleration of A, expressed relative to P2, is given by a A = (-2î₂ - 33₂) ft/s² Determine the velocity and the acceleration of A expressed with respect to the land-based component system (2, 3). (Round the final answers to four decimal places. Include a minus sign if necessary.) 45° 72° The velocity of A expressed with respect to the land-based component system (1, 3) is V₁ = = A The acceleration of a expressed with respect to the land-based component system (1, 3) is a ₁² = 3) ft/s. 13) ft/s².

Two Coast Guard patrol boats P₁ and P2 are stationary while monitoring the motion of a surface vessel A. The velocity of A with respect to P₁ is expressed by V₁ = (-187₁ - 67₁) ft/s whereas the acceleration of A, expressed relative to P2, is given by a A = (-2î₂ - 33₂) ft/s² Determine the velocity and the acceleration of A expressed with respect to the land-based component system (2, 3). (Round the final answers to four decimal places. Include a minus sign if necessary.) 45° 72° The velocity of A expressed with respect to the land-based component system (1, 3) is V₁ = = A The acceleration of a expressed with respect to the land-based component system (1, 3) is a ₁² = 3) ft/s. 13) ft/s².

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Two Coast Guard patrol boats P₁ and P2 are stationary while monitoring the motion of a surface vessel A. The velocity of A with respect to P₁ is expressed by V₁ = (-18²₁ - 63₁) ft/s VA whereas the acceleration of A, expressed relative to P2, is given by → a₁ = (-2î2 - 33₂) ft/s² A Determine the velocity and the acceleration of A expressed with respect to the land-based component system final answers to four decimal places. Include a minus sign if necessary.) 45° 72% 12 P2 Ĵ1 P₁ 12 aA 11 3) jis VA The acceleration of A expressed with respect to the land-based component system (i, The velocity of A expressed with respect to the land-based component system = is a = 2. + N.> 3). (Round the 2 + ft/s. 3) ft/s².
Transcribed Image Text:Two Coast Guard patrol boats P₁ and P2 are stationary while monitoring the motion of a surface vessel A. The velocity of A with respect to P₁ is expressed by V₁ = (-18²₁ - 63₁) ft/s VA whereas the acceleration of A, expressed relative to P2, is given by → a₁ = (-2î2 - 33₂) ft/s² A Determine the velocity and the acceleration of A expressed with respect to the land-based component system final answers to four decimal places. Include a minus sign if necessary.) 45° 72% 12 P2 Ĵ1 P₁ 12 aA 11 3) jis VA The acceleration of A expressed with respect to the land-based component system (i, The velocity of A expressed with respect to the land-based component system = is a = 2. + N.> 3). (Round the 2 + ft/s. 3) ft/s².
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