To identify an equation with one constant, two coefficients, and three terms, we can analyze the given options:
-
\(3x - 4 = 5y\)
- This equation has three terms: \(3x\), \(-4\), and \(5y\). It has two coefficients (3 and 5) and one constant (-4).
-
\(3x - 4y = 5y\)
- This has three terms: \(3x\), \(-4y\), and \(5y\). It has two coefficients (3 and -4, with 5 for \(y\)) and no constant term.
-
\(3x - y = 5y\)
- This has three terms: \(3x\), \(-y\), and \(5y\). It has two coefficients (3 and -1 for \(y\), since \(-y\) is -1 times \(y\)), and no constant term.
-
\(3x - 4y = 5x\)
- This has three terms: \(3x\), \(-4y\), and \(5x\). It has two coefficients (3 and -4) and no constant term.
Based on this analysis, the first option, \(3x - 4 = 5y\), is the equation that meets the criteria of having one constant, two coefficients, and three terms.