Use Cramers method to solve: a + c = 459
53a + 16c = 13930
Equation 1 is in the correct format.
Equation 2 is in the correct format.
Find a, b, c in ax + by = c a + c = 459
a = 1, b = 1, c = 459
Find d, e, f in dx + ey = f 53a + 16c = 13930
d = 53, e = 16, f = 13930
Step 1, calculate Delta (Δ): Δ = a * e - b * d
Δ = (1 * 16) - (1 * 53)
Δ = 16 - 53
Δ = -37
Step 2, calculate the numerator for a Numerator(a) = c * e - b * f
Numerator(a) = (459 * 16) - (1 * 13930)
Numerator(a) = 7344 - 13930
Numerator(a) = -6586
Step 3, calculate the numerator for c Numerator(c) = a * f - c * d
Numerator(c) = (1 * 13930) - (459 * 53)
Numerator(c) = 13930 - 24327
Numerator(c) = -10397
Evaluate and solve: See Answer a = 178
See Answer c = 281
See Answer c = 281
Solve using Gauss Jordan Elimination
How does the Simultaneous Equations Calculator work?
Free Simultaneous Equations Calculator - Solves a system of simultaneous equations with 2 unknowns using the following 3 methods: 1) Substitution Method (Direct Substitution) 2) Elimination Method 3) Cramers Method or Cramers Rule
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2 equations 2 unknowns This calculator has 2 inputs.
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cramers rule an explicit formula for the solution of a system of linear equations with as many equations as unknowns eliminate to remove, to get rid of or put an end to equation a statement declaring two mathematical expressions are equal simultaneous equations two or more algebraic equations that share variables substitute to put in the place of another. To replace one value with another unknown a number or value we do not know variable Alphabetic character representing a number Simultaneous Equations Calculator Video VIDEO
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