Content location → LimitsEvidenceThis segment introduces the problem of finding \lim_{x \to 7} g(x) from the graph of y=g(x). The graph contains a visible break at x=7: an open circle at (7,0) and a separate filled point above it. The narration explains that the limit question is about the value approached by the function as the inputs get closer to 7, not the isolated plotted value exactly at 7.
Content location → LimitsEvidenceConnection evidence is not yet available in this language.
Explanation → LimitsEvidenceThis segment introduces the problem of finding \lim_{x \to 7} g(x) from the graph of y=g(x). The graph contains a visible break at x=7: an open circle at (7,0) and a separate filled point above it. The narration explains that the limit question is about the value approached by the function as the inputs get closer to 7, not the isolated plotted value exactly at 7.
Explanation → LimitsEvidenceConnection evidence is not yet available in this language.
Content location → Graphical limit at point discontinuityEvidenceThis segment introduces the problem of finding \lim_{x \to 7} g(x) from the graph of y=g(x). The graph contains a visible break at x=7: an open circle at (7,0) and a separate filled point above it. The narration explains that the limit question is about the value approached by the function as the inputs get closer to 7, not the isolated plotted value exactly at 7.
Explanation → LimitsEvidenceThis segment introduces the problem of finding \lim_{x \to 7} g(x) from the graph of y=g(x). The graph contains a visible break at x=7: an open circle at (7,0) and a separate filled point above it. The narration explains that the limit question is about the value approached by the function as the inputs get closer to 7, not the isolated plotted value exactly at 7.
math