What conclusions can be drawn about finding the quotient in scientific notation? Check all that apply. Start Fraction (9.6 times 10 Superscript negative 8 Baseline) Over (3.2 times 10 Superscript 4 Baseline) End Fraction A. The coefficient of the solution is 6.4, the difference of the original coefficients. B. The exponent of the solution is –12, the difference of the original exponents. C. The coefficient of the solution must be greater than or equal to one but less than 10. D. The quotient is 3.0 × 10-12 E. The solution is a very large number.

B.The exponent of the solution is –12, the difference of the original exponents.

C.The coefficient of the solution must be greater than or equal to one but less than 10.

D.The quotient is 3.0 ×

Step-by-step explanation:

We are finding the quotient of the expression below in scientific notation

The following conclusions can be drawn

B.The power of 10 in the solution is –12, the difference of the original exponents.

C.The coefficient is 3, which is greater than or equal to one but less than 10.

D.The quotient is 3.0 ×

if you are looking for the unit rate then the answer would be 9 because unit rate is distance divided by time.

step-by-step explanation: