To solve this equation, we'll first simplify it by applying the properties of logarithms.
0.5 lg* lg(0.001x) = lg(0.1)
First, we can combine the first two logarithms using the properties of logarithms:
lg*(lg(0.001x)) = 2lg(0.1)
Now we can rewrite the equation as:
lg(lg(0.001x)) = 2lg(0.1)
Next, we can apply the property of logarithms that states lg(a) = b is equivalent to 10^b = a:
lg(0.001x) = 10^(2lg(0.1))
lg(0.001x) = 10^(lg(0.1)^2)
lg(0.001x) = 10^(2)
lg(0.001x) = 10
Finally, we can solve for x:
0.001x = 10
x = 10000
Therefore, the solution to the equation is x = 10000.
To solve this equation, we'll first simplify it by applying the properties of logarithms.
0.5 lg* lg(0.001x) = lg(0.1)
First, we can combine the first two logarithms using the properties of logarithms:
lg*(lg(0.001x)) = 2lg(0.1)
Now we can rewrite the equation as:
lg(lg(0.001x)) = 2lg(0.1)
Next, we can apply the property of logarithms that states lg(a) = b is equivalent to 10^b = a:
lg(0.001x) = 10^(2lg(0.1))
lg(0.001x) = 10^(lg(0.1)^2)
lg(0.001x) = 10^(2)
lg(0.001x) = 10
Finally, we can solve for x:
0.001x = 10
x = 10000
Therefore, the solution to the equation is x = 10000.