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Without graphing, determine the number of x-intercepts that each relation

Without graphing, determine the number of x-intercepts that each relation has.y = (2x - 3)(x + 9)
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2. asked by drum
3. 42 views
Functions Unit TestDetermine if the relation y = 4x - 1 is a function by first graphing the relation, then applying the vertical
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2. 37 views
Determine if the relation y = 4x - 1 is a function by first graphing the relation, then applying the vertical line testEnter 1
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2. 35 views
Find the X intercepts of each relation without graphing: Y=(x+4)(x-1) , y=-(x-3)(x+3) , y=-(x-2)(x+6) , y=-(x-5)(x-6)
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2. 24 views
Find the X intercepts of each quadratic relation without graphing: y=x^2-2x-15 , y=x^2+11x+24 , y=-x^2-3x+18 , y=-x^2-x+30
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2. 21 views
Determine if the relation Y equals 4X minus one is a function by first graphing the relation, then applying the vertical line
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2. 14 views
Determine that the relation y = 4x - 1 is a function by first graphing the relation then applying the vertical line test enter
1. 1 answer
2. 41 views
Determine if the relation y=4x−1 is a function by first graphing the relation, then applying the vertical line test.There are
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2. asked by Anon09173
3. 184 views
Determine if the relation y=4x−1 is a function by first graphing the relation, then applying the vertical line test. Enter 1
1. 1 answer
2. 15 views
Determine if the relation y = 4x - 1 is a function by first graphing the relation, then applying the vertical line test. Is the
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2. asked by woosan♥
3. 17 views