Problem 3:Now we will repeat the previous problem using the Cartesian method.Values:FA = 20 NFB = 30 Na = 25°Use the Cartesian method to determine...a) the magnitude of the resultant force on the bolt.b) the angle made by the resultant, as measuredrelative to the positive x-axis.Break individualforces intoCartesiancomponentsThis is the method you are probably more familiar with. We are going to break each force into its respectivex and y components, and then add the components together to get the resultant. We can therefore checkour answers to the previous problem.Add componentsalong x & yFAThis is what we do in the real world by the way. When we don't have answers in the back of the book, we usedifferent methods of achieving the same result, and if we don't get the same result, we know something iswrong.Here's an illustration of what we're doing:FIXXαFRYFBFRXDeterminemagnitude anddirection of resultant

According to the question FA =20 N FB =30 N angle = 25 deg we need to find the resultant with the…

Now we will repeat the previous problem using the Cartesian method. Values: FA = 20 N FB = 30 N a = 25° Use the Cartesian method to determine... a) the magnitude of the resultant force on the bolt. b) the angle made by the resultant, as measured relative to the positive x-axis. α FB

Now we will repeat the previous problem using the Cartesian method. Values: FA = 20 N FB = 30 N a = 25° Use the Cartesian method to determine... a) the magnitude of the resultant force on the bolt. b) the angle made by the resultant, as measured relative to the positive x-axis. α FB

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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Question

Problem 3:
Now we will repeat the previous problem using the Cartesian method.
Values:
FA = 20 N
FB = 30 N
a = 25°
Use the Cartesian method to determine...
a) the magnitude of the resultant force on the bolt.
b) the angle made by the resultant, as measured
relative to the positive x-axis.
Break individual
forces into
Cartesian
components
This is the method you are probably more familiar with. We are going to break each force into its respective
x and y components, and then add the components together to get the resultant. We can therefore check
our answers to the previous problem.
Add components
along x & y
FA
This is what we do in the real world by the way. When we don't have answers in the back of the book, we use
different methods of achieving the same result, and if we don't get the same result, we know something is
wrong.
Here's an illustration of what we're doing:
FIX
X
α
FRY
FB
FRX
Determine
magnitude and
direction of resultant

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