Answer:
q(p)= -3000p+12000
Step-by-step explanation:
For the function to be linear,
q(p)= mp + c
where
q(p): number of hamburgers sold
p: price per hamburger
m: gradient of the function
c: constant of the function
q(p)=6000 when p=2
6000=2m+c .................... equation I
0=4m+c
c=-4m........................ equation II
Substitute value of c in equation I
6000=2m-4m
m= -3000
c=12000
q(p)= -3000p+12000
Answer:
1.75 = 5n
Step-by-step explanation:
hope this helps
Answer:
The point of equilibrium is (40,900).
Step-by-step explanation:
It is given that the supply and demand functions are linear.
From the given information it is noticed that the demand function passing through the points (40,900) and (60,700). The supply function passing through the points (30,550) and (50,1250).
If a line passing through two points, then the equation of line is
The demand function is
.... (1)
The demand function is .
The supply function is
.... (2)
The supply function is .
Equilibrium is the point where the demand and supply are equal.
On solving (1) and (2), we get
Therefore the point of equilibrium is (40,900). It means the retailer can buy 900 phones for $40 each and the wholesaler can sale 900 phones for $40.
Remaining yard area = Rectangular yard area- circular fountain area
Rectangular area = LxW
where
L= 19x
W= 14x
substitute the variables
= 14x x 19 x
= 266 x^2
circular fountain area = pi r^2
where r = 6x
subsitute the variable
= 36pi x^2
remaining yard area = 266x^2-36pix^2
= 2x^2(133-18pie)
The answer would be letter D. 2x^2(133-18pie)
9, 16, __, 36, 49, ___
16 - 9 = 7
49 - 36 = 13
13 - 7 = 6
6 + 7 = 13
So we will add 7.
16 + 7 = 23
49 + 7 = 56
SO, 9, 16, 23, 36, 49, 56
Hope I helped:P
