9514 1404 393
Answer:
it is application of the multiplication property of equality
Step-by-step explanation:
You can use "cross products" to solve any proportion. What looks like a "cross product" is just application of the multiplication property of equality. That property says the variable value is unchanged if both sides of the equation are multiplied by the same value.
For your fraction, the "cross product" is what you get when you multiply both sides of the equation by 500.

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Note that the next step here is to divide by the x-coefficient, the 5 that was in the left-side denominator.

Please also note that this is exactly the same result you would get by multiplying the original equation by the original denominator of x.
<h2>
Answer:</h2>
- 9 3 x 7 5
<h2>
Step-by-step explanation:</h2>
To get the combination that would yield the greatest result if the true number are multiplied,
<em>i. multiply each given combination</em>
73 x 95 = 6935
79 x 53 = 4187
97 x 35 = 3395
93 x 75 = 6975
<em>ii. get the largest result from the results calculated above in (i)</em>
The greatest of the results is 6975, therefore the digits should be placed like so;
<u> 9 </u> <u> 3 </u>
<u> 7 </u> <u> 5 </u>
<u />
<u />
This is an exam! You are not supposed too cheat!
>:O
Answer:
x is less than -3
Step-by-step explanation:
3x^2+9x<0
x^2+3x<0
x(x+3)<0
x+3<0
x<-3