Step 1, when solving a two dimensional, multi-charge problem, is to define the vectors. Please identify the next five steps, in order.

Question

Step 1, when solving a two dimensional, multi-charge problem, is to define the vectors. Please identify the next five steps, in order.

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Hải Đăng 5 years 2021-08-08T18:20:53+00:00 2 Answers 397 views 0

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  1. thuhuong
    0
    2021-08-08T18:22:06+00:00
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    Answer:

    Step 1, when solving a two dimensional, multi-charge problem, is to define the vectors. Please identify the next five steps, in order.

    Step 2: calculate a & b mag

    Step 3: calculate x,y components

    Step 4: sum vector components

    Step 5: calculate magnitude of R

    Step 6: calculate direction of R

  2. Sigrid
    0
    2021-08-08T18:22:41+00:00
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    Answer: The next 5 steps are.

    step 2: Find the magnitude of vectors.

    step 3: Calculate ‘x’ and ‘y’ components.

    step 4: Sum the above obtained vector components.

    step 5: Calculate the magnitude of Resultant Vector.

    Step 6: Determine the direction of the resultant vector.

    Explanation:

    Let the two vectors be ‘A’ and ‘B’.

    Let A = x_{1} \hat{i}+y_{1}\hat{j}+z_{1}\hat{k} and B = x_{2} \hat{i}+y_{2}\hat{j}+z_{2}\hat{k}

    It is given that, when solving a two dimensional, multi-charge problem, is to define the vectors.

    So, step 1 is to define the vectors A and B.

    In step 2, we find the magnitude of the vectors by,

    |A|=\sqrt{x_1^2+y_1^2+z_1^2}

    |B|=\sqrt{x_2^2+y_2^2+z_2^2}

    In step 3, we find the components ‘x’ and ‘y’

    Then in step 4, we sum the components. Now we get the Resultant vector (R).

    In step 5, Calculate the magnitude of ‘R’ using the above formula to find magnitude.

    In step 6, we determine the direction of ‘R’.

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