Full solution

Q. Question

6

(

6

points)

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Multiply coefficients first pair: First, multiply the coefficients of the first pair: $1.32 \times 3.07$ .
Add exponents first pair: The product of the coefficients is $4.0544$ .
Combine first pair: Now, add the exponents of the first pair: $10^{6} + 10^{5} = 10^{6+5} = 10^{11}$ .
Round first pair: Combine the coefficient and the exponent for the first pair: $4.0544 \times 10^{11}$ .
Multiply coefficients second pair: Round the coefficient to three significant digits: $4.05 \times 10^{11}$ .
Add exponents second pair: Next, multiply the coefficients of the second pair: $3.98 \times 6.59$ .
Combine second pair: The product of the coefficients is $26.2242$ .
Round second pair: Now, add the exponents of the second pair: $10^{7} + 10^{7} = 10^{7+7} = 10^{14}$ .
Multiply whole numbers: Combine the coefficient and the exponent for the second pair: $26.2242 \times 10^{14}$ .
Round product: Round the coefficient to three significant digits: $26.2 \times 10^{14}$ .
Round product: Round the coefficient to three significant digits: $26.2 \times 10^{14}$ .Finally, multiply the whole numbers: $44,548 \times 13,186,890$ .
Round product: Round the coefficient to three significant digits: $26.2 \times 10^{14}$ .Finally, multiply the whole numbers: $44,548 \times 13,186,890$ .The product of the whole numbers is $587,218,907,752$ .
Round product: Round the coefficient to three significant digits: $26.2 \times 10^{14}$ .Finally, multiply the whole numbers: $44,548 \times 13,186,890$ .The product of the whole numbers is $587,218,907,752$ .Round the product to three significant digits: $587 \times 10^{6}$ .