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scZoUnD [109]
4 years ago
15

Can someone please answer. There is a picture. It is only one question. Thank you so much!

Mathematics
1 answer:
Montano1993 [528]4 years ago
8 0
Hello,

Answer C

71²-43²=3192=56.49778...²
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How many times larger is 6 x 10to the power of 5 is to 1.2 x 10 to the power of 8
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Solve for x if log 9 base x + log 3 base x^2 = 2.5​
Y_Kistochka [10]

Not sure if the equation is

\log_9x+\log_3(x^2)=\dfrac52

or

\log_x9+\log_{x^2}3=\dfrac52

  • If it's the first one:

9^{\log_9x+\log_3(x^2)}=9^{\log_9x}\cdot9^{\log_3(x^2)}

9^{\log_9x+\log_3(x^2)}=9^{\log_9x}\cdot(3^2)^{\log_3(x^2)}

9^{\log_9x+\log_3(x^2)}=9^{\log_9x}\cdot3^{2\log_3(x^2)}

9^{\log_9x+\log_3(x^2)}=9^{\log_9x}\cdot3^{\log_3(x^2)^2}

9^{\log_9x+\log_3(x^2)}=9^{\log_9x}\cdot3^{\log_3(x^4)}

9^{\log_9x+\log_3(x^2)}=x\cdot x^4

9^{\log_9x+\log_3(x^2)}=x^5

On the other side of the equation, we'd get

9^{5/2}=(3^2)^{5/2}=3^{2\cdot(5/2)}=3^5

Then

x^5=3^5\implies\boxed{x=3}

  • If it's the second one instead, you can use the same strategy as above:

x^{\log_x9+\log_{x^2}3}=x^{\log_x9}\cdot x^{\log_{x^2}3}

x^{\log_x9+\log_{x^2}3}=x^{\log_x9}\cdot\left((x^2)^{1/2}\right)^{\log_{x^2}3}

(Note that this step assume x>0)

x^{\log_x9+\log_{x^2}3}=x^{\log_x9}\cdot(x^2)^{(1/2)\log_{x^2}3}

x^{\log_x9+\log_{x^2}3}=x^{\log_x9}\cdot(x^2)^{\log_{x^2}\sqrt3}

x^{\log_x9+\log_{x^2}3}=9\sqrt3

Then we get

9\sqrt3=x^{5/2}\implies x=(9\sqrt3)^{2/5}\implies\boxed{x=3}

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Delvig [45]
The answer is 40

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180-140=40
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