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Mathematics 8 Online
OpenStudy (anonymous):

can someone give me an example of finding f(x) ● g(x)

OpenStudy (juicstice):

f(x)=2x+4 g(x)=7 (2x+4)7 remember to use distributive property

OpenStudy (anonymous):

thanks :D would you know a real life example if you don't mind me asking

OpenStudy (juicstice):

no not really

OpenStudy (anonymous):

hmm ok thanks anyway

OpenStudy (juicstice):

I could look it up just tell me what that type of math is called

OpenStudy (anonymous):

It pretty much just wants me to write a real life example of f(x) ● g(x), i am studying algebra 2

OpenStudy (juicstice):

I can find examples for quadratic functions all together but not the specific g(x) X f(x)

OpenStudy (anonymous):

i guess anything close to this function, wouldn't it basically be f(x) times g(x) or am i thinking of this wrong

OpenStudy (juicstice):

I guess it could be, but these where like ax^2+bx+c. but yeah you could turn that type of equation into the way I had it set up in the example so I'll give you an example.

OpenStudy (anonymous):

ok

OpenStudy (juicstice):

When an object is thrown or projected, it follows a curved path called a trajectory. If we neglect air resistance, and assume that the object is fairly dense, and that the object is close to the earth's surface, the path could be described by: H = vt + h -.5at^2. H = the height of the object above its initial position (usually taken as the ground) after some elapsed time v = the initial velocity of the object t = the elapsed time h = the initial height of the object above ground a = the acceleration due to gravity: approximately 32 feet per second squared or 9.8 meters per second squared. copied and pasted this. I'm such a cheater

OpenStudy (anonymous):

lol, thank you :D

OpenStudy (juicstice):

you're welcome

OpenStudy (anonymous):

are you still there

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