Answer:
A: I assume that the equation 4x+2 has a greater rate of change.
B: The function F has a greater y intercept.
Step-by-step explanation:
Trend in the table is multiply the x by 3 then add 6.
Your equation would be y = 3x+6 for the table.
 
        
             
        
        
        
Answer:
Step-by-step explanation:
So this is an exponential equation because it is doubling each day. 
So you will first determine the equation f (x) 
 
        
             
        
        
        
Answer:
p = 7 
Step-by-step explanation:
set the expressions = to each other 
4(n+7) = 4(n+p)
distribute the 4 on both sides(multiplying the numbers on the inside) 
4n+28 = 4n+4p
subtract the 4n from the right and left 
28 = 4p 
divide by 4 
p = 7
 
        
             
        
        
        
Answer: Average rates of change for Bird A is 0.045 and for Bird B is 3.816.
Step-by-step explanation: Through its graph, a function can be analyzed and be identified its attributes. Average Rate of Change is the ratio of change in the function values to the change of x-value, i.e., it is the slope of the function in a specific interval of x. With the Average it is possible to compare two function.
<u>Average Rate of Change</u>
<em><u>Bird A</u></em>:
For the interval [0,18]:
x₁ = 0 f(0) = 8.3
x₂ = 18 f(18) = 9.1
Average =  
 
Average = 
Average = 0.045
<em><u>Bird B</u></em>: y = 3.6(1.06)x
For the interval [0,18]:
x₁ = 0 y = 3.6(1.06)0 = 0
x₂ = 18 y = 3.6(1.06)18 = 68.7
Average =  
 
Average = 
Average = 3.816
The Average Rate for Change for Bird A is 0.045 and for Bird B is 3.816. This means that the population of Bird B increase in rate faster than the population of Bird A.
 
        
             
        
        
        
<h2>Answer: </h2>
15% of $49.64
=> 15/100 × 49.64
=> $7.446.
<u>After rounding to the nearest ten</u>,
=> <u>$7.5</u>