No links please Q 8 On application of a force of i^+j^+k^ units on a particle, it changed its - Physics - Magnetism And Matter

Question

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Q 8 On application of a force of i ^ + j ^ + k ^ units on a
particle, it changed its position from i ^ + j ^   t o  
j ^ - k ^ Find the work done
[2 units]

Sanjay Singh · Accepted Answer

Dear student
Work done F→ s→W=(i^+j^+k^)
(j^-k^)-(i^+j^)W=(i^+j^+k^)(-k^)-i^)W=-1-1=-2 Regards

No links please Q.8. On application of a force of i ^ + j ^ + k ^ units on a particle, it changed its position from i ^ + j ^ t o j ^ - k ^ . Find the work done. [2 units]

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Q.8. On application of a force of $\hat{i} + \hat{j} + \hat{k}$ units on a particle, it changed its position from $\hat{i} + \hat{j} t o \hat{j} - \hat{k}$ . Find the work done.
[2 units]