Mrs. Jekel Name 23. Slope Of a function — The slope of a linear function is often thought of as...

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Transcript of Mrs. Jekel Name 23. Slope Of a function — The slope of a linear function is often thought of as...

Page 1: Mrs. Jekel Name 23. Slope Of a function — The slope of a linear function is often thought of as "rise over ... Given the equation y = 5x — 4, and referring to the form y = mx +
Page 2: Mrs. Jekel Name 23. Slope Of a function — The slope of a linear function is often thought of as "rise over ... Given the equation y = 5x — 4, and referring to the form y = mx +
Page 3: Mrs. Jekel Name 23. Slope Of a function — The slope of a linear function is often thought of as "rise over ... Given the equation y = 5x — 4, and referring to the form y = mx +
Page 4: Mrs. Jekel Name 23. Slope Of a function — The slope of a linear function is often thought of as "rise over ... Given the equation y = 5x — 4, and referring to the form y = mx +
Page 5: Mrs. Jekel Name 23. Slope Of a function — The slope of a linear function is often thought of as "rise over ... Given the equation y = 5x — 4, and referring to the form y = mx +
Page 6: Mrs. Jekel Name 23. Slope Of a function — The slope of a linear function is often thought of as "rise over ... Given the equation y = 5x — 4, and referring to the form y = mx +
Page 7: Mrs. Jekel Name 23. Slope Of a function — The slope of a linear function is often thought of as "rise over ... Given the equation y = 5x — 4, and referring to the form y = mx +
Page 8: Mrs. Jekel Name 23. Slope Of a function — The slope of a linear function is often thought of as "rise over ... Given the equation y = 5x — 4, and referring to the form y = mx +
Page 9: Mrs. Jekel Name 23. Slope Of a function — The slope of a linear function is often thought of as "rise over ... Given the equation y = 5x — 4, and referring to the form y = mx +
Page 10: Mrs. Jekel Name 23. Slope Of a function — The slope of a linear function is often thought of as "rise over ... Given the equation y = 5x — 4, and referring to the form y = mx +