Need Help With Questions 6 9 Thank You So Much Here Is The Simulator Link Https Phet Colorado Edu Sims Html Charge 1 (160.96 KiB) Viewed 41 times
Create a simulation of two parallel charged plates, similar to the one shown below. Turn on "Grid" and place the two rows of charges on a major grid line. Ensure the two lines of charge are separated by 40 units on the grid. Next place the two positively charged particles A and B, in between the plates as shown in the figure. negatively charged plate ‒‒‒‒‒‒‒‒‒‒‒ 0 0 0 U O 0 0 Question 6 A B Complete the following sentence describing the motion of charges A and B: Charge A will move left with less speed than +I + + positively charged plate charge B. 2 pts Question 7 Take a screenshot of the equipotential lines for potentials in 10 V increments from -70 V to +70 V and insert it into the field below. Edit View Insert Format Tools Table 12pt Paragraph BI U AVT²✓ ✓ р Question 8 F ⠀ O Yes, the electric field, going from left to right, is constant in the middle of the charge configuration. O Yes, the electric field, going from right to left, is constant in the middle of the charge configuration. O No, the electric field is not constant in the middle of the charge configuration. 0 words </> ✓ The electric field between the plates of a parallel plate capacitor is uniform. Is this the case for the charge configuration you created? 1 pts 1 pts Question 9 1 pts Remove charge B. Assume charge A has a value of 1.0 Coulomb and a mass of 2.8 kg. Calculate the final velocity of charge A if it travels from one line of charge to the other, starting from rest. Input only a numerical value in SI units. Hint: Consider using conservation of energy. Recall that the voltage across a parallel plate capacitor is a voltage difference, not the absolute voltage on the negative or positive plate.
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