4. Use the given graph of f(x)=x^2 to find a number δ such that if |x-1|⋖δ then |x^2-1|⋖1/2.

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4. Use the given graph of f(x)=x^2 to find a number δ such that if |x-1|⋖δ then |x^2-1|⋖1/2. 4. Use the given graph of f(x)=x^2 to find a number δ such that if |x-1|⋖δ then |x^2-1|⋖1/2.
1. Use the graph of f to find a number δ such that if |x-1|⋖δ then |f(x)-1|⋖0.2. 1. Use the graph of f to find a number δ such that if |x-1|⋖δ then |f(x)-1|⋖0.2.
3. Use the given graph of f(x)=√x to find a number δ such that if |x-4|⋖δ then |√x-2|⋖0.4. 3. Use the given graph of f(x)=√x to find a number δ such that if |x-4|⋖δ then |√x-2|⋖0.4.
2. Use the given graph of f to find a number δ such that if 0⋖|x-3|⋖δ then |f(x)-2|⋖0.5. 2. Use the given graph of f to find a number δ such that if 0⋖|x-3|⋖δ then |f(x)-2|⋖0.5.
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5. Use a graph to find a number δ such that if |x-4|⋖δ then |tan⁡x-1|⋖0.2. 5. Use a graph to find a number δ such that if |x-4|⋖δ then |tan⁡x-1|⋖0.2.
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3. Use the given graph of f(x)=√x to find a number δ such that if |x-4|⋖δ then |√x-2|⋖0.4. 3. Use the given graph of f(x)=√x to find a number δ such that if |x-4|⋖δ then |√x-2|⋖0.4.