Answer:
a. y=1.5x
b. Grams of fish Number of calories
1000 1500
1334 2001
1 1.5
Step-by-step explanation:
a. The y-intercept is (0,0) and and the slope is 150/100=1.5
b. Plug in the numbers into the equation.
1000*1.5=1500
2001/1.5=1334
1*1.5=1.5
Probability of any event = ( favourable outcomes ) /total number of outcomes
Probability of = 3/10 + 2/9 = 
Refer the attached figure of the graph (Option A) that shows the solution to the given equation
<u>Step-by-step explanation:</u>
The given logarithmic equation is

The solution to this logarithmic equation is where the graph of

When comparing above with the given equation, we find that y = 1.
Now, find the 'x' value by using this. So, applying log base 3 rule on right side, we get as below,

x = 3 - 2 = 1
Plot the asymptote and the point (1 , 1). Sketch the log curve using those two reference facts. Hence, concluded the graph in option A as solution to the given equation.
Answer:
Hi!
The correct answer is d) 1 over 15 minus 1 over x equals x over 35.
Step-by-step explanation:
We know the amount of time that Byron can fill a drying rack with dishes: 15 minutes.
We know the amount of time that Byron can fill a drying rack with dishes while Emmitt is taking dishes out of the drying rack: 35 minutes.
We don't know the amount of time that Emmitt can take dishes out of the drying rack: x minutes.
So, if Byron is filling the drying rack in 15 minutes and Emmitt is taking out the dishes at x minutes, it takes 35 minutes to fill the drying rack.
<em>// multiply by 105x both sides.</em>
<em>// simplifly</em>
<em> //substract 3x and add 105 in both sides</em>
<em>// solve</em>
<em>//</em> <em>divide by 4 in both sides</em>
<em>// solve</em>

It makes sense that Byron fills the rack faster than Emmitt empties the rack.