Answer:
Step-by-step explanation:
This is an exponential function of the form F=Ir^t, in this case
t(x)=948(1-0.045)^x
t(x)=948(0.955^x)
So the first answer
Answer:
<em>Height Length: ( About ) 5.8 feet; Option B</em>
Step-by-step explanation:
<em>~ We are given the Area of this parallelogram ⇒ ( I presume ), so let us apply the general formula for quadrilaterals, besides particular exceptions: base * height ( altitude ) ~</em>
The base is known the be 9.6 feet, the Area 55.7 feet^2, so let us substitute these values into the formula for a basic quadrilateral as to solve for height. At the same time let us declare x ⇒ height of the quadrilateral:
55.7 = 9.6 * x,
x = 55.7/9.6,
<em>Height Length: ( About ) 5.8 feet</em>
Answer:
B. under root 32 * under root 3 is the right answer
