He has 16 choices, because 5+3 is 8, times two would be 16
Answer:
A
Step-by-step explanation:
for every input there's one output
The point that the graphs of f and g have in common are (1,0)
<h3>How to get the points?</h3>
The given functions are:
f(x) = log₂x
and
g(x) = log₁₀x
We know that logarithm of 1 is always zero.
This means that irrespective of the base, the y-values of both functions will be equal to 0 at x=1
Therefore the point the graphs of f and g have in common is (1,0).
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I believe it’s 5,832,000
5^3 (5 times 5= 25 times 5= 125)^6(750 times 6= 4,500 etc)
Answer:
Thus, every integer is a rational number. Clearly, 3/2,-5/3, etc. are rational numbers but they are not integers. Hence, every integer is a rational number but a rational number need not be an integer.
Step-by-step explanation: