8n2*n4
Final result :
2^3n^6
Step by step solution :
Step 1 :
Equation at the end of step 1 :
2^3n^2 • n^4
Step 2 :
Multiplying exponential expressions :
2.1 n^2 multiplied by n^4 = n^(2 + 4) = n^6
Final result :
2^3n^6
value = 18000*(1-0.50)^3 = 2250
value after 3 years = $2250
2a^2b^3(4a^2+3ab^2-ab)=?
<span>
is what I presume you actually meant. </span>
<span>
Pull out the common factors of (4a^2+3ab^2-ab) and you will get </span>
<span>
a(4a+3b^2 -b) </span>
Substitute this back into the original equation and you get
<span>
2a^2b^3[a(4a+3b^2-b)] = </span>
2a^3b^3(4a+3b^2-b) =
<span>2a^3b^3(4a-b+3b^2)
</span>
Answer:
W'(-3,3) V'(-4,3) U'(-4,5)
Step-by-step explanation:
The mapping for 90 degrees counterclockwise rotation is;
The given points have coordinates: W(3,3) V(3,4) U(5,4)
This implies that:
The required points of the image are:
W'(-3,3) V'(-4,3) U'(-4,5)
For this case we have the following expression:
p ^ 0
By properties of exponents we have:
Any number raised to the exponent zero is equal to one.
We have then, that applying this property:
p ^ 0 = 1
Answer:
the simplified form of p ^ 0 is:
D. 1
