Express the answer in unit-vector notation by entering symbolic expressions in the boxes below.A rod is infinitely long with uniform linear charge density X along its length, where >> 0. The rod lies in an xy plane and is parallel to the ax axis as shown in Fig. 22.10.5. What is the symbolic expression for the electric field at the point labeled P in the figure, where the coordinates of point P are (a, b)? Give your answer in terms of λ and coordinates/distances displayed in the figure. Express the answer in unit-vector notation by entering symbolic expressions in the boxes below. Note: You might find it useful to refer to Interactive Exercises 22.9. There you will find the derivation for the electric field produced by a uniformly charged rod of infinite length. D Infinitely-long rod with uniform linear charge density > 0 Ē=0✔ i+ P X(a, b) +X Interactive Figure 22.10.5: An infinitely long rod is parallel to the x axis. The field point P is at coordinates x = a, y = b. 2 2л(D - 6) Ĵ+ 0 ✔ k x j+

Express the answer in unit-vector notation by entering symbolic expressions in the boxes below.A rod is infinitely long with uniform linear charge density X along its length, where >> 0. The rod lies in an xy plane and is parallel to the ax axis as shown in Fig. 22.10.5. What is the symbolic expression for the electric field at the point labeled P in the figure, where the coordinates of point P are (a, b)? Give your answer in terms of λ and coordinates/distances displayed in the figure. Express the answer in unit-vector notation by entering symbolic expressions in the boxes below. Note: You might find it useful to refer to Interactive Exercises 22.9. There you will find the derivation for the electric field produced by a uniformly charged rod of infinite length. D Infinitely-long rod with uniform linear charge density > 0 Ē=0✔ i+ P X(a, b) +X Interactive Figure 22.10.5: An infinitely long rod is parallel to the x axis. The field point P is at coordinates x = a, y = b. 2 2л(D - 6) Ĵ+ 0 ✔ k x j+