Answer:

Step-by-step explanation:
Well we can use the exponential identity: 
The base must be the same for this to work.
So let's combine like bases: 
We can simplify b^2 * b^3 using this identity to get: b^(2+3) = b^5
This gives us the equation: 
But to take a deeper look as to why this identity holds, let's represent b^2 and b^3 by what it really means:
, so this is really just:
which can be simplified as an exponent:
, hopefully this helps you understand intuitively why this identity makes sense.
So using this identity, we can simplify j^2 * j^4 to j^6
This gives us the equation: 
X = <u> </u><u>2</u><u> </u><u> </u>cm
Y =<u> </u><u>1</u><u>. </u>cm
Check me if I'm Wrong.
Answer:
TIK TOK
Step-by-step explanation:
ON THE CLOCK
Answer:
Parabola
Step-by-step explanation:
We are given that a function

The given function is an equation of parabola along y- axis.
General equation of parabola along y- axis with vertex (h,k) is given by


Compare it with given equation then we get
h=5, k=3
Vertex of given parabola =(5,3)
Substitute x=0 then we get

y-intercept of parabola is at (0,28).
I would answer, but you didn't give any options.