![3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram 3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram](https://www.researchgate.net/publication/346014281/figure/fig1/AS:959570830696452@1605790922871/The-graph-above-is-a-reseminant-graph-on-7-vertices-where-two-distinct-vertices-are_Q320.jpg)
3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram
![3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram 3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram](https://www.researchgate.net/publication/278048074/figure/fig4/AS:359783329746965@1462790438662/Case-lx-2ly-The-subtree-to-which-we-apply-the-Ping-Pong-Lemma-5.png)
3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram
NOTES ON GEOMETRIC GROUP THEORY Contents 1. Review of group theory 5 1.1. Group and generating set 5 1.2. Group action 6 1.3. (F
![3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram 3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram](https://www.researchgate.net/profile/Michelle-Bucher-Karlsson/publication/278048074/figure/fig2/AS:359783329746961@1462790438473/Case-2ly-lx_Q320.jpg)
3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram
![3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram 3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram](https://www.researchgate.net/profile/Michelle-Bucher-Karlsson/publication/278048074/figure/fig5/AS:359783329746969@1462790438756/Case-3-2b-a-2b_Q320.jpg)
3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram
![3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram 3. Case ℓ(x) = 2ℓ(y): The subtree to which we apply the Ping-Pong Lemma... | Download Scientific Diagram](https://www.researchgate.net/profile/Michelle-Bucher-Karlsson/publication/278048074/figure/fig3/AS:359783329746963@1462790438500/Case-lx-2ly-the-action-of-the-elliptic-element-b-y-2-x-1_Q320.jpg)