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 Your task is to use the following instructions and what you learn from the above slides and examples in order to create three other examples where the knowledge transfer capability of ONA can be shown and evaluated.
-**1. Knowledge transfer via shared properties** (10%). Your first task is to write a set of NARSese statements that emulate a task-environment where there exist three objects (a sphere, a cube and a cylinder) and a robotic hand that can //grab// the objects. Each object has three different properties including color, weight, and softness. The objects might have shared properties, e.g. both the cube and the sphere can have a blue color. Assign the properties to the objects such that the cube has more similarities to the sphere than to the cylinder. Then, give ONA the causal knowledge that if it //grabs// the cube, the hand will be //holding// the cube. Now, you should ask ONA if the hand can grab (and then hold) the other two objects, i.e. if the hand applies a //grab// operation to the sphere/cylinder whether the hand will be //holding// the sphere/cylinder.
+**1. Knowledge transfer via shared properties** (9%). Your first task is to write a set of NARSese statements that emulate a task-environment where there exist three objects (a sphere, a cube and a cylinder) and a robotic hand that can //grab// the objects. Each object has three different properties including color, weight, and softness. The objects might have shared properties, e.g. both the cube and the sphere can have a blue color. Assign the properties to the objects such that the cube has more similarities to the sphere than to the cylinder. Then, give ONA the causal knowledge that if it //grabs// the cube, the hand will be //holding// the cube. Now, you should ask ONA if the hand can grab (and then hold) the other two objects, i.e. if the hand applies a //grab// operation to the sphere/cylinder whether the hand will be //holding// the sphere/cylinder.
 Now, write your analysis by focusing on how different the two answers created by ONA are, and how the similarity between the objects affects ONA's reasoning and knowledge transfer.
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-**2. Knowledge transfer via identical relations** (8%). Your second task is to write a set of narsese statements that reflects the analogy between the solar system and the Rutherford atom model (see the below figure).
+**2. Knowledge transfer via identical relations** (7%). Your second task is to write a set of narsese statements that reflects the analogy between the solar system and the Rutherford atom model (see the below figure).
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-**3. Knowledge transfer via comparison** (8%).
+**3. Knowledge transfer via comparison** (7%).
 Your third task is to write a set of NARSese statements that give ONA the names and the relative height of three girls. The names are Jane, Tina, and Karla. Tina is taller than Jane, and Karla is taller than Tina. Also, give ONA the knowledge that Tina can play basketball. Now, ask ONA if it can infer whether Jane and Karla can also play basketball.