8=32%
divide both sides by 32
1/4=1%
times 100 both sides
100/4=100%
25=100%
25 total dogs and cats
So firstly, you're gonna replace the T variable with 2.2, which is the time given to us. And so the equation is gonna look like this:
and we will be solving for L.
The next thing you wanna do multiply 2 and 3.14 together, so your equation should look like this:
After that, you're gonna want to square all the terms in this equation (2.2, 6.28, and
) to remove the square root. Your equation will look like this
Next up is you're gonna multiply 32, the reciprocal of 1/32, on each side so that the equation looks like this
After, you're gonna divide 39.4384 on each side, and your equation should end up at
. And assuming from your options, they are gonna want you to round to the nearest whole number, so the best option is 4 feet.
Basically you have to find the graph that goes through the middle of the line or points to it.
I know you can do it! If you have any questions just reply.
Answer: The required probability that a randomly selected day in November will be snowy if it is cloudy is 86.79%.
Step-by-step explanation: Given that for the month of November in a certain city, 53% of the days are cloudy. Also in the month of November in the same city, 46% of the days are cloudy and snowy.
We are to find the probability that a randomly selected day in November will be snowy if it is cloudy.
Let A denote the event that the day is cloudy and B denote the event that the day is snowy.
Then, according to the given information, we have
Now, we need to find the conditional probability of event B given that the event A has already happened.
That is, P(B/A).
We know that
Thus, the required probability that a randomly selected day in November will be snowy if it is cloudy is 87.79%.
Y = x - 6....so sub in x - 6 for y in the other equation
3x + 2y = 8
3x + 2(x - 6) = 8
3x + 2x - 12 = 8
3x + 2x = 8 + 12
5x = 20
x = 20/5
x = 4
y = x - 6
y = 4 - 6
y = -2
solution is (4,-2) <==