The equations below are the horizontal xx- and vertical yy-component forms of Newton's second law applied to a physical process. (5.0kg)ax=(50N)cos30∘+Ncos90∘−0.5Ncos0∘+(5.0kg)(9.8N/kg)cos90∘(5.0kg)ax=(50N)cos30∘+Ncos90∘−0.5Ncos0∘+(5.0kg)(9.8N/kg)cos90∘ (5.0kg)0=(−50N)sin30∘+Nsin90∘+0.5Nsin0∘−(5.0kg)(9.8N/kg)sin90∘ Determine N Determine ax Invent a problem for which the equations might provide an answer.
The equations below are the horizontal xx- and vertical yy-component forms of Newton's second law applied to a physical process. (5.0kg)ax=(50N)cos30∘+Ncos90∘−0.5Ncos0∘+(5.0kg)(9.8N/kg)cos90∘(5.0kg)ax=(50N)cos30∘+Ncos90∘−0.5Ncos0∘+(5.0kg)(9.8N/kg)cos90∘ (5.0kg)0=(−50N)sin30∘+Nsin90∘+0.5Nsin0∘−(5.0kg)(9.8N/kg)sin90∘ Determine N Determine ax Invent a problem for which the equations might provide an answer.
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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The equations below are the horizontal xx- and vertical yy-component forms of Newton's second law applied to a physical process.
(5.0kg)ax=(50N)cos30∘+Ncos90∘−0.5Ncos0∘+(5.0kg)(9.8N/kg)cos90∘(5.0kg)ax=(50N)cos30∘+Ncos90∘−0.5Ncos0∘+(5.0kg)(9.8N/kg)cos90∘
(5.0kg)0=(−50N)sin30∘+Nsin90∘+0.5Nsin0∘−(5.0kg)(9.8N/kg)sin90∘
Determine N
Determine ax
Invent a problem for which the equations might provide an answer.
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