Consider the equation 3p – 7 + p = 13. what is the resulting equation after the first step in the solution? p – 7 = 13 – 3p 2p – 7 = 13 3p – 7 = 13 – p 4p – 7 = 13
Consider The Equation 3P – 7 + P = 13. What Is The Resulting Equation After The First Step In The Solution? P – 7 = 13 – 3P 2P – 7 = 13 3P – 7 = 13 – P 4P – 7 = 13
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Consider The Equation 3P – 7 + P = 13. What Is The Resulting Equation After The First Step In The Solution? P – 7 = 13 – 3P 2P – 7 = 13 3P – 7 = 13 – P 4P – 7 = 13. P = \dfrac {20} {4} p=420 cross out the common factor:p = 5 What is the resulting equation after the first step in the solution?
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Now, for a little insight: What is the resulting equation after the first step in the solution? Aanmay the first step you would do to solve this equation is to put numbers on one side and variables on the other.
Calculate The Sum Or Difference:4 P = 20 Divide Both Sides Of The Equation By The Coefficient Of Variable:
Combine the like terms and isolate the terms with literal coefficients on one side of the equation. The like terms are the terms that contain the variable p. Now, for a little insight:
What Is The Resulting Equation After The First Step In The Solution?
Apply the multiplicative inverse of equality. Aanmay the first step you would do to solve this equation is to put numbers on one side and variables on the other. Combining like terms is a key skill in algebraic manipulation.
Apply The Additive Inverse Property Of Equality.
Combine like terms on the left side of the equation: To solve the equation 3p−7+p=13, we will start by combining like terms on the left side. P = \dfrac {20} {4} p=420 cross out the common factor:p = 5