SOLUTION: Hi,
Here is the problem:
{{{7.2x10^6}}} {{{sqrt(9.3x10^3)(1.2x10^5)+(8.99x10^6)(3.1x10^2)}}}
The square root extends to all four binomials and not just the first one, by the way
Algebra ->
Distributive-associative-commutative-properties
-> SOLUTION: Hi,
Here is the problem:
{{{7.2x10^6}}} {{{sqrt(9.3x10^3)(1.2x10^5)+(8.99x10^6)(3.1x10^2)}}}
The square root extends to all four binomials and not just the first one, by the way
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Question 996103: Hi,
Here is the problem:
The square root extends to all four binomials and not just the first one, by the way. Also, the entire equation above is divided by .
Thanks so much to whoever helps! Found 2 solutions by Boreal, MathLover1:Answer by Boreal(15235) (Show Source):
You can put this solution on YOUR website! 7.2 x 10^6*{[11.16 x 10^8+27.87 x 10^8]}^1/2
I will divide 7.2 x 10^6/20.25 x 10^6
That is 0.355556
The four binomials are sqrt (39.03 x 10^8)=6.2474 x 10^4
Those two are multiplied by 0.3555556=22212.97
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Quick estimation.
The radical is over 40 x 10^8= about 6 x10^4.
That times the first term is about 43 x 10^10
Divide by the number given, which is about 20 x 10^6
should be a little more than 2 x 10^4.
