Answer:
B, C, and D
Step-by-step explanation:
2/3=x/148. First you cross multiply the 148 and 2. with that answer you divide that from 3 to get your x value
Answer: 98.66666666666667
Answer:
.
Step-by-step explanation:
Let the
-coordinate of
be
. For
to be on the graph of the function
, the
-coordinate of
would need to be
. Therefore, the coordinate of
would be
.
The Euclidean Distance between
and
is:
.
The goal is to find the a
that minimizes this distance. However,
is non-negative for all real
. Hence, the
that minimizes the square of this expression,
, would also minimize
.
Differentiate
with respect to
:
.
.
Set the first derivative,
, to
and solve for
:
.
.
Notice that the second derivative is greater than
for this
. Hence,
would indeed minimize
. This
value would also minimize
, the distance between
and
.
Therefore, the point
would be closest to
when the
-coordinate of
is
.
Answer:
Y= -3/4 x -3
Step-by-step explanation:
7,7,8,16,25,36,51,51,54
54-7= 47
you subtract the largest number by the smallest in the set so your answer is 47