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Yes. If both compounds are insoluable in water then the complete/overall ionic equation and the net ionic equation will look the same. The only way they look different is if there are spectator ions(ions that appear on both sides of the equation).
A spectator ion is an ion that does not take part in the reaction. If you write out a normal equation. look for something that is the same on both sides and does not change state. This is a spectator ion and can be crossed out of the net ionic equation
We know that the poor metal aluminum (Al) and the halogen iodine (I) form aluminum iodide (AlI3). An equation might look like this: Al + 3I => AlI3 (We omitted AlI as it is highly unstable.)
the spectator ions are removed
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All ionic substances are written as separate ions in solution
Yes. If both compounds are insoluable in water then the complete/overall ionic equation and the net ionic equation will look the same. The only way they look different is if there are spectator ions(ions that appear on both sides of the equation).
It can look like any algebraic equation.
A spectator ion is an ion that does not take part in the reaction. If you write out a normal equation. look for something that is the same on both sides and does not change state. This is a spectator ion and can be crossed out of the net ionic equation
An equation has an equal sign, a expression does not.
We know that the alkaline earth metal beryllium (Be) and the halogen chlorine (Cl) form the ionic compound beryllium chloride (BeCl2). The equation might look like this:Be + Cl2 => BeCl2
A linear equation looks like a straight line, it sometimes does slope, but it is straight.
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A quadratic equation looks like bow.
We know that the poor metal aluminum (Al) and the halogen iodine (I) form aluminum iodide (AlI3). An equation might look like this: Al + 3I => AlI3 (We omitted AlI as it is highly unstable.)
the spectator ions are removed
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