Answer:
Step-by-step explanation:
Relation between acceleration, velocity and position:
The velocity function is the integral of the acceleration function.
The position function is the integral of the velocity function.
Acceleration:
As given by the problem, the acceleration function is 
Velocity:
In which K is the constant of integration, which is the initial velocity. So K = -3 and:
Position:
In which K, the constant of integration, is the initial position. Since it is 12:
The answer is m><span>−<span>3 but i can't show the graph </span></span>
Answer:
25.12 is the circumference
Step-by-step explanation:
I hope that is what you meant!
Step-by-step explanation:
1. a) q=4+0.8(7)
q=4+5.6
q=9.6
b) q=4+0.8(100)
q=4+80
q= 84
2. a) 12=4+0.8p
-4 -4
<u>8</u>=<u>0.8p</u>
0.8 0.8
10=p
b) 60=4+0.8p
-4 -4
<u>56</u>=<u>0.8p</u>
0.8 0.8
70=p
Point -slope form of a straight:
we have a point (x₀,y₀) and the slope m.
y-y₀=m(x-x₀)
Given two points (x₁,y₁) and (x₂,y₂) the slope will be:
m=(y₂-y₁)/( x₂-x₁) or m=(y₁-y₂)/(x₁-x₂)
In this case:
(2,3)
(4,4)
m=(4-3) / (4-2)=1/2
we can choose the point (2,3) or the point (4,4); the result will be the same.
y-y₀=m(x-x₀)
y-4=1/2(x-4)
y=1/2 x-2+4
y=1/2 x + 2
Answer: the funciton passes through the poinsts (2,3) and (4,4) is:
y=1/2 x+2
