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Page 1: Dr. Hirsch's Math Page - Homehirschmath.weebly.com/uploads/1/4/9/8/14986524/... · A café's annual income depends on x, the number of customers. The function I(x) = 4x2 — 20x describes
Page 2: Dr. Hirsch's Math Page - Homehirschmath.weebly.com/uploads/1/4/9/8/14986524/... · A café's annual income depends on x, the number of customers. The function I(x) = 4x2 — 20x describes
Page 3: Dr. Hirsch's Math Page - Homehirschmath.weebly.com/uploads/1/4/9/8/14986524/... · A café's annual income depends on x, the number of customers. The function I(x) = 4x2 — 20x describes
Page 4: Dr. Hirsch's Math Page - Homehirschmath.weebly.com/uploads/1/4/9/8/14986524/... · A café's annual income depends on x, the number of customers. The function I(x) = 4x2 — 20x describes
Page 5: Dr. Hirsch's Math Page - Homehirschmath.weebly.com/uploads/1/4/9/8/14986524/... · A café's annual income depends on x, the number of customers. The function I(x) = 4x2 — 20x describes
Page 6: Dr. Hirsch's Math Page - Homehirschmath.weebly.com/uploads/1/4/9/8/14986524/... · A café's annual income depends on x, the number of customers. The function I(x) = 4x2 — 20x describes
Page 7: Dr. Hirsch's Math Page - Homehirschmath.weebly.com/uploads/1/4/9/8/14986524/... · A café's annual income depends on x, the number of customers. The function I(x) = 4x2 — 20x describes
Page 8: Dr. Hirsch's Math Page - Homehirschmath.weebly.com/uploads/1/4/9/8/14986524/... · A café's annual income depends on x, the number of customers. The function I(x) = 4x2 — 20x describes