What term can be used to describe this graph? A. negative exponential growth B. negative linear growth C. positive linear growth
D. positive exponential growth .
What term can be used to describe this graph?
A.
negative exponential growth
B.
negative linear growth
C.
positive linear growth
D.
positive exponential grow
What term can be used to describe this graph?
A.
negative exponential growth
B.
negative linear growth
C.
positive linear growth
D.
positive exponential grow
2 answers:
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Answer:
A
Step-by-step explanation:
The slop formula is and in the first one the rise increase per y (x) is 2 units and the run (y) is 1 as we calculated the run as how many units x rises per y and A is the answer due to it being the one which follows the rule.
Answer:
no solutions
Step-by-step explanation:
Since the two terms have the same base, we are able to use the rule for subtracting logarithms:
Therefore, the equation can be written as:
By using the definition of a logarithm we can say that:
When plugging this solution in, you find that the term has x-6 evaluate to a number less than 0. This is not included in the domain of log functions, so
is not a valid solution. This means that there are no solutions.