How to Use Graphical Analysis to Find the Resultant of Vectors?

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You need to add vectors using their components.In summary, the conversation is about a physics assignment on graphical analysis of vectors. The question involves finding the resultant of several vectors acting on an object. The vectors are given with a magnitude and direction, but there is confusion about the direction notation. The person seeking help also asks about which operation to use when finding the resultant.
  • #1
kim032688
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i have assignment in physics about graphical analysis of vectors...i need to see some examples or solution so i have any idea to do that..kindly help me pls..tnx
this is the question:
Make each vector on both numbers a reference vector then hylight w/color the polygon form...Using graphical analysis find the resultant of the following vectors acting on the object..

A=100 N,30degree NE
B=200N,80degree SE
C=150N,45degree SW
D=175N,25degree NW
E=50N due N

thats the question pls try to help me to answer it..tnx
N=north E=east W=west S=south
 
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  • #2
kim032688 said:
i have assignment in physics about graphical analysis of vectors...i need to see some examples or solution so i have any idea to do that..kindly help me pls..tnx

A=100 N,30degree NE
B=200N,80degree SE
C=150N,45degree SW
D=175N,25degree NW
E=50N due N
I have no idea what any of these mean. Can you give us the problem exactly as it's stated in your book?
kim032688 said:
N=north E=east W=west S=south
 
  • #3
this is the question:Make each vector on both numbers a reference vector then hylight w/color the polygon form...Using graphical analysis find the resultant of the following vectors acting on the object..

A=100 N,30degree NE
B=200N,80degree SE
C=150N,45degree SW
D=175N,25degree NW
E=50N due N

thats the question pls try to help me to answer it..tnx

how to find the resistant of these graphical analysis?
 
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  • #4
You're going to have to do a better job of explaining what these mean. For example, in the first one you have A=100 N, 30degree NE. Is the first number the force in Newtons?

What is the significance of the part with degrees? In A 30 degrees is not NE; 45 degrees is NE. In the second, 80 degrees is not SE, which would be 135 degrees. In the third SW is 225 degrees, not 45. In the fourth, NW is 305 degrees.
 
  • #5
Mark44 said:
You're going to have to do a better job of explaining what these mean. For example, in the first one you have A=100 N, 30degree NE. Is the first number the force in Newtons?

What is the significance of the part with degrees? In A 30 degrees is not NE; 45 degrees is NE. In the second, 80 degrees is not SE, which would be 135 degrees. In the third SW is 225 degrees, not 45. In the fourth, NW is 305 degrees.

thanks for the answer..i have another question how u will get the resultant which operation i need to use subtraction or division?
 
  • #6
You need to talk to your teacher about this. You use neither subtraction nor division. In fact, division of vectors is not even defined!
 

FAQ: How to Use Graphical Analysis to Find the Resultant of Vectors?

What is graphical analysis?

Graphical analysis is a method used in science to visually represent data and identify trends or patterns in the data. It involves creating graphs or charts to show the relationship between variables and make predictions based on the data.

What are the advantages of using graphical analysis?

Graphical analysis allows for a quick and easy interpretation of data, as well as the identification of trends and patterns that may not be apparent from just looking at the numbers. It also helps to simplify complex data and can be used to make predictions and comparisons.

What types of graphs or charts are commonly used in graphical analysis?

Some common types of graphs used in graphical analysis include line graphs, bar graphs, scatter plots, and pie charts. The type of graph chosen depends on the type of data being analyzed and the purpose of the analysis.

How do you determine the best fit line or curve in graphical analysis?

The best fit line or curve in graphical analysis is determined by analyzing the data and selecting the line or curve that best fits the data points. This can be done by eye or by using mathematical methods such as linear regression.

Can graphical analysis be used for all types of data?

Graphical analysis can be used for a wide range of data, including numerical, categorical, and continuous data. However, it is important to select the appropriate type of graph or chart for the specific type of data being analyzed.

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