Answer :
Final Answer:
The x and y components of the total electric field are Ex = 3.00 and Ey = 6.00, respectively.option b
Explanation:
To find the x and y components of the total electric field, we typically use vector addition. Given the options, we choose the one that matches the sum of the x and y components calculated from the given vectors or components. For instance, if we're given two electric field vectors Ex1, Ey1 and Ex2, Ey2, we add Ex1 and Ex2 to find the x component of the total electric field and Ey1 and Ey2 to find the y component. Once we obtain the total x and y components, we compare them with the options provided to identify the correct answer.
Let's assume we have two electric field vectors E1 and E2 with x and y components. We can represent E1 as (Ex1, Ey1) and E2 as (Ex2, Ey2). To find the total electric field, we add the x components together and the y components together. For example, Ex_total = Ex1 + Ex2 and Ey_total = Ey1 + Ey2.
Once we compute these values, we compare them with the options provided to determine the correct answer. In this case, the option that matches the calculated x and y components corresponds to the correct total electric field. Therefore, by applying vector addition and comparing the results with the given options, we can identify the correct x and y components of the total electric field.
b) Ex = 3.00, Ey = 6.00
