The 4 functions are:




Let's keep in mind that for large values of x, a quadratic function grows faster than a linear function:
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for large values of x
In this problem, we can see that the only quadratic function is

, while all the others are linear functions, so the function that grows faster for large values of x is
Hello,
If an equation is an identity, then every value of the variable makes the egality true.
Generaly we resolve an equation in R.
In this case Sol=R
Answer:
113 each day
Step-by-step explanation: i cant draw it out but just put it into a bubble or something sorry
Answer:
The answer is 5
Step-by-step explanation:
I would try and clean them off? I’m not sure but you should probably head to a vet