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(c) Point P is midway between charges Q₁ and Q₂, and 1.00m vertically below the line joining their centres, as shown in the diagram below. Q₁ 2.00 m P 1.00 m Q₂ Show that the distance between point P and charge Q₁ is 1.41m.

(c) Point P is midway between charges Q₁ and Q₂, and 1.00m vertically below the line joining their centres, as shown in the diagram below. Q₁ 2.00 m P 1.00 m Q₂ Show that the distance between point P and charge Q₁ is 1.41m.

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Answer question ii,iii,iv, v, vi THIS IS A FOLLOW UP QUESTION
rt, ii. iii. iv. V. Hence calculate the magnitude of the electric field E₁ at P, due to Q₁- State the magnitude of the electric field E₂ at P, due to Q₂. Draw and label a vector diagram to indicate the directions of E₁ and E₂ at point P. 20/01 do noliom vi. Calculate the magnitude of the resultant electric field at P. KAZ (2 marks) Use your vector diagram from (iv) to explain why the resultant electric field at P has no vertical component.
Transcribed Image Text:rt, ii. iii. iv. V. Hence calculate the magnitude of the electric field E₁ at P, due to Q₁- State the magnitude of the electric field E₂ at P, due to Q₂. Draw and label a vector diagram to indicate the directions of E₁ and E₂ at point P. 20/01 do noliom vi. Calculate the magnitude of the resultant electric field at P. KAZ (2 marks) Use your vector diagram from (iv) to explain why the resultant electric field at P has no vertical component.
3. Two point charges Q₁ = -3.00 × 10 °C and Q₂ = +3.00 x 10-6C are placed 2.00m apart, as shown in the diagram below. i. Q₁ (a) Draw the electric field surrounding Q₁ and Q₂ on the diagram above. (b) Find the magnitude of the force between the charges. (c) Point P is midway between charges Q₁ and Q2, and 1.00m vertically below the line joining their centres, as shown in the diagram below. Q₁ 2.00 m Q2 P 1.00 m Q₂ Show that the distance between point P and charge Q₁ is 1.41m.
Transcribed Image Text:3. Two point charges Q₁ = -3.00 × 10 °C and Q₂ = +3.00 x 10-6C are placed 2.00m apart, as shown in the diagram below. i. Q₁ (a) Draw the electric field surrounding Q₁ and Q₂ on the diagram above. (b) Find the magnitude of the force between the charges. (c) Point P is midway between charges Q₁ and Q2, and 1.00m vertically below the line joining their centres, as shown in the diagram below. Q₁ 2.00 m Q2 P 1.00 m Q₂ Show that the distance between point P and charge Q₁ is 1.41m.
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