11 1 exponent properties for ncvps
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1) Anything to the zero power is 1. To make negative exponents positive, move them to the denominator. 2) Powers with the same base are multiplied by adding the exponents. Raising a power to a power is done by multiplying the exponents. Raising a product to a power distributes the power to each term. 3) To divide exponents, subtract the exponents and place the remaining base over the difference of the exponents.
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This one point is SO crucial to your sales success…
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Mi madre me pregunta a mí y a mi padre si podemos hacer la maleta. Prefiero aquella camiseta. Ayer yo almorcé a las dos de la tarde. Cuando era niña, cada noche a la hora de dormir, mi madre me cantaba.
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11 1 exponent properties for ncvps
- 2. Zero and Negatives • Anything to the zero power is 1. (xy)0 = 1 • Negative Exponents are not allowed in final answers. Move them to the denominator to make positive. 3𝑥−2 = 3 𝑥2
- 3. Examples: Simplify 1) 3-4 2) (-5)0 3) 3ab-2 4) 1 34 1 3𝑎 𝑏2 5 𝑥6 𝑦 y x5 6
- 4. Multiplying Powers of the Same Base am • an = am+n Hint: multiply the big numbers (coefficients), add the small numbers (exponents) Example) 2x3 * 4x4 =8x7
- 5. Simplify 10) a • a5 11) n2 • 2n3 • 7n 12) 6y2 • 3y3 • 2y-7 13) a • b • a5 14) 3x2 ·4y5·2x5
- 7. Distributing a Power Raising a Power to a Power (am)n = am•n (e3)4 Raising a Product to a Power (ab)m = am • bm (2x3)4
- 8. Simplify 16) (a4)7 17) (a4)2 • (a2)5 18)(4g5)-2 19)(3p0)4·(p2h5k)3
- 9. Dividing 𝑥 𝑎 𝑥 𝑏 = 𝑥 𝑎−𝑏 • To divide, subtract exponents. Place remaining bases on the side with the largest degree Example) 𝑥5 𝑥3 = 𝑥2 1 𝑥3 𝑥5 = 1 𝑥2
- 10. Examples Simplify. 23) 20) 21) 22) 24 b b9 4 x x4 10 ba ba 34 3 2 2 zyx zyx 34 412 15 25 yx yx 83 25 4 20