$1,399+(6.5%=$90.935)= $1,489.935 = $<span>1,489.94 rounded.</span>
Answer:
I believe it'll cut the board at it's own length instead of what actually needs to be cut off.
Step-by-step explanation:
The answer is 2 .
simplify log(down)10 (1/100) : -2
apply log rule : -log(down)10 (100)
rewrite 100 in power-base form : -log(down)10 (10^2)
apply log rule again : -2log(down)10 (10)
apply one more time : -2*1
Multiply : -2
refine from -(-2) = 2
I hope this helps
Answer:
Step-by-step explanation:
The equation for an arithmetic sequence is
where n is the position of the number in the sequence, a1 is the first number in the sequence, and d is the difference between the numbers in the sequence.
Our first number is 2, so a1 = 2; to get from 2 to 5 we add 3, to get from 5 to 8 we add 3. That means that d = 3. Filling in the standard form of the equation:
which simplifies to
and a bit more to
(which should tell you that arithmetic sequences are lines!)
Finding the 13th number simply requires that we replace n with 13 and solve:
so