Answer:
2,184 different skateboards
Step-by-step explanation:
Use the fundamental counting principle to solve this. This is where you multiply all possible choices together to get the total...
(3)(13)(7)(4)(2) = 2,184 different choices
He can choose 1 type of grip tape and still have 13 choices for decks, 7 choices for trucks, 4 choices for bearings and 2 choices for wheels. With 3 choices for tape in the first place, he has
(3)(13)(7)(4)(2) combinations he can make
Answer:
11
Step-by-step explanation:
44 divided by 4=11
55 divided by 5=11
I am an expert
We have that
(w^5*z^2)*(-9*w^2*z^<span><span>5)</span>
</span><span>Multiplying exponential expressions
we know that
</span>w^5<span> multiplied by </span>w^<span>2 = w</span>^<span>(5 + 2) = w</span>^7
and
z^2<span> multiplied by </span>z^<span>5 = z</span>^<span>(2 + 5) = z</span>^7
therefore
(w^5*z^2)*(-9*w^2*z^5) =-9*( w^7)*( z^7)
-9*( w^7)*( z^7)=-(3^2)*( w^7)*( z^7)
the answer is
-(3^2)*( w^7)*( z^7
