Pregunta
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Adding \& Subtracting Quadratic Expressions (B) Simplify each expression. 1. \( \left(-3 w^{2}+5 w-2\right)+\left(-9 w^{2}+4 w+5\right) \) 2. \( \left(9 z^{2}+9 z+6\right)+\left(z^{2}+4 z+7\right) \) 3. \( \left(-5 g^{2}+9 g-3\right)+\left(2 g^{2}-6 g+3\right) \) 4. \( \left(3 q^{2}+6 q-2\right)-\left(-3 q^{2}-8 q+2\right) \) 5. \( \left(-4 z^{2}+4 z+7\right)-\left(-9 z^{2}+z-7\right) \) 6. \( \left(6 w^{2}+9 w+9\right)-\left(7 w^{2}+6 w+5\right) \) 7. \( \left(5 p^{2}-3 p+3\right)-\left(-3 p^{2}+5 p+7\right) \) 8. \( \left(2 q^{2}+8 q+5\right)-\left(-5 q^{2}+8\right) \) 9. \( \left(-2 t^{2}-t-2\right)-\left(8 t^{2}+6 t-3\right) \) 10. \( \left(9 r^{2}-6 r+1\right)-\left(-6 r^{2}+2 r-1\right) \)

Ask by Simmons Wright. in Ireland
Mar 10,2025

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1. \( -12w^2 + 9w + 3 \) 2. \( 10z^2 + 13z + 13 \) 3. \( -3g^2 + 3g \) 4. \( 6q^2 + 14q - 4 \) 5. \( 5z^2 + 3z + 14 \) 6. \( -w^2 + 3w + 4 \) 7. \( 8p^2 - 8p - 4 \) 8. \( 7q^2 + 8q - 3 \) 9. \( -10t^2 - 7t + 1 \) 10. \( 15r^2 - 8r + 2 \)

Solución

1. \( \left(-3w^2+5w-2\right)+\left(-9w^2+4w+5\right) \) - Combine the \( w^2 \) terms: \( -3w^2-9w^2=-12w^2 \) - Combine the \( w \) terms: \( 5w+4w=9w \) - Combine the constants: \(-2+5=3\) - Final answer: \( -12w^2+9w+3 \) 2. \( \left(9z^2+9z+6\right)+\left(z^2+4z+7\right) \) - Combine the \( z^2 \) terms: \( 9z^2+z^2=10z^2 \) - Combine the \( z \) terms: \( 9z+4z=13z \) - Combine the constants: \( 6+7=13 \) - Final answer: \( 10z^2+13z+13 \) 3. \( \left(-5g^2+9g-3\right)+\left(2g^2-6g+3\right) \) - Combine the \( g^2 \) terms: \( -5g^2+2g^2=-3g^2 \) - Combine the \( g \) terms: \( 9g-6g=3g \) - Combine the constants: \( -3+3=0 \) - Final answer: \( -3g^2+3g \) 4. \( \left(3q^2+6q-2\right)-\left(-3q^2-8q+2\right) \) - Distribute the subtraction: \( 3q^2+6q-2+3q^2+8q-2 \) - Combine the \( q^2 \) terms: \( 3q^2+3q^2=6q^2 \) - Combine the \( q \) terms: \( 6q+8q=14q \) - Combine the constants: \( -2-2=-4 \) - Final answer: \( 6q^2+14q-4 \) 5. \( \left(-4z^2+4z+7\right)-\left(-9z^2+z-7\right) \) - Distribute the subtraction: \( -4z^2+4z+7+9z^2-z+7 \) - Combine the \( z^2 \) terms: \( -4z^2+9z^2=5z^2 \) - Combine the \( z \) terms: \( 4z-z=3z \) - Combine the constants: \( 7+7=14 \) - Final answer: \( 5z^2+3z+14 \) 6. \( \left(6w^2+9w+9\right)-\left(7w^2+6w+5\right) \) - Distribute the subtraction: \( 6w^2+9w+9-7w^2-6w-5 \) - Combine the \( w^2 \) terms: \( 6w^2-7w^2=-w^2 \) - Combine the \( w \) terms: \( 9w-6w=3w \) - Combine the constants: \( 9-5=4 \) - Final answer: \( -w^2+3w+4 \) 7. \( \left(5p^2-3p+3\right)-\left(-3p^2+5p+7\right) \) - Distribute the subtraction: \( 5p^2-3p+3+3p^2-5p-7 \) - Combine the \( p^2 \) terms: \( 5p^2+3p^2=8p^2 \) - Combine the \( p \) terms: \( -3p-5p=-8p \) - Combine the constants: \( 3-7=-4 \) - Final answer: \( 8p^2-8p-4 \) 8. \( \left(2q^2+8q+5\right)-\left(-5q^2+8\right) \) - Distribute the subtraction: \( 2q^2+8q+5+5q^2-8 \) - Combine the \( q^2 \) terms: \( 2q^2+5q^2=7q^2 \) - The \( q \) term remains: \( 8q \) - Combine the constants: \( 5-8=-3 \) - Final answer: \( 7q^2+8q-3 \) 9. \( \left(-2t^2-t-2\right)-\left(8t^2+6t-3\right) \) - Distribute the subtraction: \( -2t^2-t-2-8t^2-6t+3 \) - Combine the \( t^2 \) terms: \( -2t^2-8t^2=-10t^2 \) - Combine the \( t \) terms: \( -t-6t=-7t \) - Combine the constants: \( -2+3=1 \) - Final answer: \( -10t^2-7t+1 \) 10. \( \left(9r^2-6r+1\right)-\left(-6r^2+2r-1\right) \) - Distribute the subtraction: \( 9r^2-6r+1+6r^2-2r+1 \) - Combine the \( r^2 \) terms: \( 9r^2+6r^2=15r^2 \) - Combine the \( r \) terms: \( -6r-2r=-8r \) - Combine the constants: \( 1+1=2 \) - Final answer: \( 15r^2-8r+2 \)

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The Deep Dive

To understand the art of simplifying quadratic expressions, let’s step into the shoes of some classic mathematicians! Back in the day, mathematicians used symbolic logic long before calculators and computers became our trusty aides. They painstakingly worked through polynomial expressions, laying the foundation for algebra as we know it today! So when you simplify a quadratic, you’re continuing a legacy that stretches through centuries! Now, let's bring it to the present! The skills you build by adding and subtracting quadratics aren’t just for math class; they’re valuable in various fields! Engineers apply these principles in calculations for stress analysis, while economists use quadratic functions to model revenue and costs effectively. So every time you engage with quadratics, you’re shaping the future, much like those early thinkers did!

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