The situation is as shown in figure. The relation between the velocities VA and VB with which they hits the ground is given by:

To answer the question, we need to analyze the given figure and understand the relationship between the velocities VA and VB when they hit the ground.

1. First, carefully observe the figure and identify the objects or bodies represented. Pay attention to any labels or symbols that may provide additional information.

2. Next, determine the initial velocities of the objects VA and VB. Look for any arrows or indications that show the direction and magnitude of their velocities.

3. Now, consider the motion of the objects as they fall towards the ground. Are they falling vertically or at an angle? This will help us understand the nature of their motion.

4. Based on the given information, try to identify any patterns or equations that relate the velocities VA and VB. Look for any mathematical expressions or formulas that may be relevant.

5. If there are no explicit equations given, analyze the physical principles involved. Consider concepts such as conservation of energy, conservation of momentum, or any other relevant laws or principles.

6. Use the information gathered from steps 1-5 to determine the relationship between the velocities VA and VB when they hit the ground. This may involve solving equations or applying the relevant physical principles.

7. Finally, present your answer in a clear and concise manner, stating the relationship between VA and VB when they hit the ground. Make sure to provide any necessary explanations or justifications for your answer.

Remember to always double-check your calculations and reasoning to ensure accuracy.