Three balls are initially launched as shown below. One second after each of the balls are launched, what are their y-components of acceleration? What about the x-component? (neglect air resistance). The image displays three scenarios involving objects with initial velocity vectors. Each object is represented as a circle with an accompanying velocity vector indicated by an arrow.1. **Object A**: - **Appearance**: A blue circle labeled "A". - **Velocity Vector (\( \vec{V_i} \))**: A blue arrow pointing upwards, representing the initial velocity, is labeled with \( \vec{V_i} \) and originates from the circle. - **Direction**: Upwards along the positive y-axis.2. **Object B**: - **Appearance**: A black circle labeled "B". - **Velocity Vector (\( \vec{V_i} \))**: A black arrow oriented diagonally upward to the right, representing the initial velocity, and is labeled with \( \vec{V_i} \). - **Direction**: Diagonally upward to the right.3. **Object C**: - **Appearance**: An orange circle labeled "C". - **Velocity Vector (\( \vec{V_i} \))**: An orange arrow pointing diagonally downward to the right, representing the initial velocity, and is labeled with \( \vec{V_i} \). - **Direction**: Diagonally downward to the right.Overall, the image illustrates initial velocity vectors for three distinct objects, showcasing different directions in a two-dimensional plane.

Name: Three balls are initially launched as shown below. One second after ea
Uploaded: 2024-03-20T06:57:37.000Z
Channel: Bartleby
Description: Three balls are initially launched as shown below. One second after each of the balls are launched, what are their y-components of acceleration? What about the x-component? (neglect air resistance). The image displays three scenarios involving object