Answer:
the answer is 42.
Step-by-step explanation:
(8)(5)−8+(2)(5)
=42
Answer:
it is not a prim number because ONE is not greater than ONE and it is not composite because in that case you can not multiply or divide one by its self
Step-by-step explanation:
in order for a number to be prim you have to have it only be able to be multiplied by one to get the answer but it has to be greater than one. in order for a number to be composite it has to have at least one divisor other than one its self
hope it helps and happy studding
Hello,
=70 (sum of angles of a triangle=180°)
supplementary angles
translation BC
image of the angle DAB by the axis symmetry DB
opposed angles of a parallelogram
are supplementary.
opposed angles by the vertex
alterne-interne angles (sorry for the words English is difficult for me)
The addition of the function is:
(f+g)(x)= f(x)+g(x)
So, (f+g)(5)= f(5)+g(5)
To find f(5) and g(5), plug in 5 for x in both the functions.
So, f(5)= 8(5)-13 = 40-13 = 27
g(5)= 5-9= -4
Now we can add f(5) and g(5) to get the answer.
So, (f+g)(5)= 27 +(-4) = 27-4= 23
Hence, (f+g)(5)= 23
Answer:
Step-by-step explanation:
If you plot the focus and the directrix you see that the focus is above the directrix. Since a parabola always wraps itself around the focus, this parabola opens upwards and has the standard form equation:
where h and k are the coordinates of the vertex and p is the number of units between the vertex and the focus, or the vertex and the directrix. This number of units will be the same for both since the vertex is smack dab inbetween the focus and the directrix. The focus is also on the axis of symmetry, which means that it shares the x coordinate with the vertex (which is actually the h coordinate) of -5. Halfway between the y value of 5 and the y value of -1 is 2. So the vertex is located at (-5, 2). The number of units between the vertex and the focus is 3, so the equation is:
and simplify a bit to
I'm not sure how far down you need to simplify that. Taking it a few steps further gives you:
and then to
It all depends upon the form you're being asked for.
