Graph the direct variation equation.

  1. Determine whether the equation represents a direct variation. If it does, find the constant of variation.negative 12x equals 6y
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  2. Determine whether the equation represents a direct variation. If it does, find the constant of variation.negative 12x equals 6y
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  3. For the data in the table, tell whether y varies directly with x. If it does, write an equation for the direct variation.x y
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  4. For the data in the table, tell whether y varies directly with x. If it does, write an equation for the direct variation.x y 3
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  5. Determine whether the equation represents a direct variation. If it does, find the constant of variation.0.7 x minus 1.4 y
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  6. For the data in the table, tell whether y varies directly with x. If it does, write an equation for the direct variation.x y
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  7. Explain why the graph of an equation in the form y=kx always goes through the origin. Give an example of a graph that shows
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  8. Determine whether the equation represents a direct variation. If it does, find the constant of variation.two y equals five x
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  9. Determine whether the equation represents a direct variation. If it does, find the constant of variation.two y equals five x
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  10. Determine whether the equation represents a direct variation. If it does, find the constant of variation. (1 point) Responses
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