Two objects are thrown into the air. The height of OBJECT M in meters is modeled by the function
The height of OBJECT P in meters is modeled by the
m(x) = (5 + 10x)(1.5 - x)'
function p, represented by the graph,

5. Which object was launched from a greater height?
6. Which object hit the ground first?
7. Which object reached a greater maximum height?

50-60=10

step-by-step explanation:

6-3=3

3*3=9

9+12=21

21/3=7

7*8=56

56 is your answer

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step-by-step explanation:

you put in your equation

then it answeres it and show you step by step

continuous functions:

a function is said to be continuous , if it is an increasing function or decreasing function or both increasing and decreasing function.

if function is increasing continuous function

then for,

if function is decreasing continuous function

then for,

so , in the situation described,for which functions will the y-values be the greatest for every large values of x describes continuous increasing function.as i have defined continuous increasing function

the function having larger slope, will have larger y values , for larger values of   x .

slope between two points (a,b) and (p,q) is given by :

m=

slope in option 1 =75

slope in option 2 =5

slope in option 3 = 200

as the fourth option is a geometric progression, common ratio being 3. as x value increases by 1 , y value increases 3 times.the function can be written as: y=7. [n=0,1,2,3]

option (3) and option (4) is right choice.in each case y value increases with increase in value of x.