A) 33 B) 90 C) 37 D) 3-3
A) 103 B) 213 C) 106 D) 216
A) 4 B) 416 C) 4-8 D) 48
A) 3610 B) 100 C) 365 D) 105
A) 60 B) 57 C) 512 D) 51
A) (n x a)(n x b): multiply each base by each exponent then multiply those products by each other B) n(a - b): keep the base, subtract the exponents C) n(a + b): keep the base, add the exponents D) n(b - a): keep the base, subtract the exponents
A) (a + b)(n + n): add the bases, add the exponents B) (a x b)n: multiply the bases, keep the exponent C) (a x b)(n + n): multiply the bases, add the exponents D) (a + b)n: add the bases, keep the exponent
A) n(a + b): keep the base, add the exponents B) n(b - a): keep the base, subtract the exponents C) (n x a) ÷ (n x b): multiply the bases by the exponents, divide D) n(a - b): keep the base, subtract the exponents
A) (a ÷ b)n: divide the bases, keep the exponent B) (a x b)(n - n): multiply the bases, subtract the exponents C) (a - b)(n + n): subtract the bases, add the exponents D) (a - b)n: subtract the bases, keep the exponent
A) a(b x c): keep the base, multiply the exponents B) a(b + c): keep the base, add the exponents C) a(b - c): keep the base, subtract the exponents D) (a x b x c): multiply the base by both exponents |