<span>y = Ae^(-kt), where y is the mass in milligram of the sample at time t, A is the initial amount, and k is the decay rate and t is the time So the exponential function showing the relationship between y and t. y = 350e^(-0.07t)</span>
The correct answer choice is
The slope intercept equation can be represented as follows:
y = 9 / 7 x + 1
y = 11 / 4 x - 8
y = 11 / 8 x + 6
<h3>How to write slope intercept equation?</h3>
The slope intercept equation can be represented as follows:
y = mx + b
where
Therefore,
The slope intercept equation can be represented as follows:
9x - 7y = - 7
7y = 9x + 7
y = 9 / 7 x + 1
11x - 4y = 32
4y = 11x - 32
y = 11 / 4 x - 8
11x - 8y = -48
8y = 11x + 48
y = 11 / 8 x + 6
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Answer
D
Step-by-step explanation:
Answer:
x=6
Step-by-step explanation:
3(6)+1=18+1=19.