Since this is the same question as you have posted before ill go into deeper explanation to further help you.
Both Triangles are congruent, we know this because all the angles are equal to one another. The missing angle in both triangles is 90 degrees, we know this because these are considered right triangles hence the square in the corner. Looking further into the diagram we notice that B=E, F=A, and D=C knowing this we can then go through the process of elimination.
Answer choice D states A=F, since we already found that F does indeed equal A this statement is true therefore its not the answer.
Answer Choice C states ABC=FED this is asking if angle B is equal to angle E which we already found out to be true so this one is incorrect.
Answer Choice B states the line AC=FD since we know these triangles are congruent we know this statement is true, so this answer is also incorrect.
Answer Choice A states B=D this is false since we allready know B=E not D so this is the correct answer.
We know that the domain is actually the number of rolls
that she gets because it is the input variable in the equation f (r) = 40 r + 26. The number of rolls that
she can get can never be a negative number nor a zero nor a decimal number.
However she can only get up to 10 rolls. Therefore the answer is:
all integers from 1 to 10, inclusive
<span>Total number of goldfish is 14. The total number of guppies = 26. The total number fish in the fish tank is 40. The probability that the first selected fish is a goldfish is 14 / 40 = 7 / 20. The probability that the second selected fish is a goldfish is 13 / 39 = 1 / 3. The probability that two randomly selected fish from a fish tank are both goldfish is 7/20 x 1/3 = 7/60</span>
Answer:
3.) g-inverse(2) = -1, 4.) choice(4) 5.) choice(2)
Step-by-step explanation:
3.)
g-inverse(2) = -1 by eye -estimation.
because we see that g(-1) = 2 choice (4)
4.)
only the graph in choice (4) would have an inverse that is a function because of the horizontal line test
5.) with f(0) = 6 and f(8) = 0
choice (2), the function's inverse has y-intercept of 8 that is it
Answer:
7/15
Step-by-step explanation:
For me, it is easier to take the 3/5 and put it in decimal form which is .6 and add the 5 to it, making 5.6, and then in a calculator put in 5.6 divided by 12 and you should get a big decimal that's pretty big but if you have a graphing calculator and convert that to a fraction and you should get 7/15, This is a pretty lazy way of me doing it but that's how I did it.
