1.8 Limits/Continuity/Differentiability

The function shown

• is continuous at x = 8

• is differentiable at x = 8

• has a limit that exists at x = 8

• exists at x = 8

Tags

CCSS.HSF.IF.B.4

CCSS.HSF.IF.C.7

The function shown

• is continuous at x = 2

• is differentiable at x = 2

• has a limit that exists at x = 2

• exists at x = 2

The function shown

• is continuous at x = 4

• is differentiable at x = 4

• has a limit that exists at x = 4

• exists at x = 4

The function shown

• is continuous at x = 6

• is differentiable at x = 6

• has a limit that exists at x = 6

• exists at x = 6

The function shown

• is continuous at x = 0

• is differentiable at x = 0

• has a limit that exists at x = 0

• exists at x = 0

The function shown

• is continuous at x = 0

• is differentiable at x = 0

• has a limit that exists at x = 0

• exists at x = 0

The function shown

• is continuous at x = -1

• is differentiable at x = -1

• has a limit that exists at x = -1

• exists at x = -1

The function shown

• is continuous at x = 1

• is differentiable at x = 1

• has a limit that exists at x = 1

• exists at x = 1

The function shown

• is continuous at x = 2

• is differentiable at x = 2

• has a limit that exists at x = 2

• exists at x = 2

The function shown

• is continuous at x = 1

• is differentiable at x = 1

• has a limit that exists at x = 1

• exists at x = 1