Answer:
3^-9
Step-by-step explanation:
3^-4 • 3^-5
We know that a^b * a^c = a^(b+c)
3^-4 • 3^-5 = 3^(-4-5) = 3^ -9
First you must grasp what an inverse function really is to make it simple on yourself. If f(x) produces a point (x,y), the inverse function will produce (y,x). That is why it is an "inverse" function because it reverses the x and y coordinates. With that out of the way, mathematically, you simply have to solve the function for the independent variable and then switch the variable labels. Let f(x)=y=(2x+3)/5
y=(2x+3)/5 multiply both sides by 5
5y=2x+3 subtract 3 from both sides
5y-3=2x divide both sides by 2
(5y-3)/2=x now simply reverse the labels for the variables and you have the inverse function of f(x)
y=(5x-3)/2 so
f^-1(x)=(5x-3)/2
84/162 is the ratio
we simplify it to 14/27
0.518518518518518
Now you just have to do the rounding!
The solution for this problem is:
The quantum numbers associated with all of the 5d
orbitals, and indicate the following:
<span>Principal quantum number (n) = 5
orbital angular momentum quantum number (l) = 2
magnetic quantum number (ml) =-2, -1, 0, +1, +2 </span>
<span>The 5 integer values indicate that there is 5, 5d
orbitals.</span>
Answer:
i think its 3234.565
Step-by-step explanation:
just add 234 to 3000 and it will be 3234 and the decimals wont go anywhere or change so it will just go right after 3234 so the answer is 3234.565
