Substitute 21 for x.
y = 21 - 4 = 17
F(x) > g(x)
2^x + 3 > 50x + 5
for x = 3 , f(3) > g(3)
11 > 155 (false)
for x = 10 , f(10) > g(10)
1027 > 505 (true)
for x = 9 , f(9) > g(9)
515 > 455 (true)
for x = 8 , f(8) > g(8)
259 > 405 (false)
the smallest,positive integer value of x is 9 since the value of 9 is the last number to exceeds g(x)
This is true.
These are perfect squares: 4, 9, 25. These are not: 7, 8, 11
Answer:
Step-by-step explanation:
it's passing thur quad I and III
I can’t quite see the question. Mind taking a picture of it closer?
