Final answer:
To express 3a^2b^3c^5/8x^4y^3z with no denominator, we multiply by the reciprocal of the denominator using negative exponents. The final expression is 3a^2b^3c^5 x 2^-3 x x^-4 x y^-3 x z^-1, including the specified x 2 in the form of a negative exponent.
Step-by-step explanation:
To write 3a^2b^3c^5/8x^4y^3z using no denominator, we'll apply the rule of exponentiation which states that (x^a)^b = x^(a.b), and we'll multiply the numerators together
Firstly, we rewrite the fraction as a product of the numerator times the reciprocal of the denominator: 3a^2b^3c^5 x 1/(8x^4y^3z). To remove the denominator, we use negative exponents. Thus, we get:
3a^2b^3c^5 x 8^-1x^-4y^-3z^-1
Since we need to include x 2 in the result, we can rewrite 8^-1 as 2^-3. Hence, the final expression is:
3a^2b^3c^5 x 2^-3 x x^-4 x y^-3 x z^-1