1. Newtons Method:
Let, the lion catch you.
For every action there is equal and opposite reaction. By implication, you caught the lion.
2. Einstein Method:
Run in the direction opposite to that of the lion.
Due to higher relative velocity, the lion will also run faster and will get tired soon.
Now you can trap it easily.
3. Schrodinger Method:
At any given moment, there is a positive probability that the lion is in the cage.
So set the trap, sit down and wait
4. Inverse Transformation Method
We place a spherical cage in the forest and enter it.
Perform an inverse transformation with respect to lion.
Lion is in and we are out.
5. Thermodynamic Procedure:
We construct a semi-permeable membrane which allows every thing to pass it except lions.
Then sweep the entire forest with it.
6. Integration Differention Method:
Integrate the forest over the entire area. The lion is some where in the result.
So differentiate the result PARTIALLY w.r.t lion to trace out the lion.
Let, the lion catch you.
For every action there is equal and opposite reaction. By implication, you caught the lion.
2. Einstein Method:
Run in the direction opposite to that of the lion.
Due to higher relative velocity, the lion will also run faster and will get tired soon.
Now you can trap it easily.
3. Schrodinger Method:
At any given moment, there is a positive probability that the lion is in the cage.
So set the trap, sit down and wait
4. Inverse Transformation Method
We place a spherical cage in the forest and enter it.
Perform an inverse transformation with respect to lion.
Lion is in and we are out.
5. Thermodynamic Procedure:
We construct a semi-permeable membrane which allows every thing to pass it except lions.
Then sweep the entire forest with it.
6. Integration Differention Method:
Integrate the forest over the entire area. The lion is some where in the result.
So differentiate the result PARTIALLY w.r.t lion to trace out the lion.
