Answer:
x = 20°
y = 160°
z = 160°
Step-by-step explanation:
x = 20°
(Measure of arc is equal to the measure of its corresponding central angle)
z = 180° - 20°
(Linear pair angles)
z = 160°
y = z
(Measure of arc is equal to the measure of its corresponding central angle)
y = 160°
Answer:
Which graph represents Y as a function of X ?
step-by-step explanation:
a. The graph of y = 2x represents a transformation of the parent function, y = x, which makes the graph twice as steep.
b. The graph of y = 2x represents a transformation of the parent function, y = x, which makes the graph half as steep.
c. The graph of y = x represents a transformation of the parent function, y = 2x, which makes the graph half as steep.
d. The graph of y = x represents a transformation of the parent function, y = 2x, which makes the graph twice as steep.
Answer:
C.
Step-by-step explanation:
Answer:
The combined cost of 1 pound of turkey and 1 pound of ham is $10.50
Step-by-step explanation:
Consider the provided information.
Let x represents the cost of turkey (per pound)
Let y represents the cost of ham (per pound)
4 pounds of turkey and 2 pounds of ham. She pays a total of 30$

The turkey costs 1.50$ less per pound than ham.
Substitute the value of x in 





Now substitute the value of x in
Hence, the cost of 1 pound of turkey is $4.50 and 1 pound of ham costs $6.00
.
Therefore the cost of 1 pound each is:
$4.50+$6=$10.50
The combined cost of 1 pound of turkey and 1 pound of ham is $10.50

now, what is the value of the derivative at any extrema on the original function? well, by definition, if the original function has an extrema anywhere, the derivative will be the derivative of a horizontal tangent line to it, and by definition it'll be 0.