<h2>Answer</h2>
Slope =
x-intercept =
y-intercept = -4
<h2>Explanation </h2>
Remember that the equation of a line in general form is:
where
Notice that to express our equation, , in general form, we just need to subtract 12 from both sides of the equation:
Now can infer that , , and . So let's replace the values in our formulas:
To find the x-intercept, we just need to replace with zero in our general or original equation and solve for :
#1 Find P(all five cards are different types)
#2 Find P(Straight | five different types)
#3 Find P(Flush | five different types)
#4 Find P(#2 and #3 both occur)
#5 Subtract (#2 + #3 - #4) from 1 (not #1)
#6 Multiply #1 times #5
I'm not going to solve the whole thing but these steps aren't too difficult individually.
We are given the range of the data that is from 2.35 grams to 4.75 grams- we can call these two the lower and upper llimits respectively. In this case, to find the first class limits, we have to divide the range into 12. The range is 2.40 grams made up of 12 parts of 0.2 grams. The first class hence limits are
lower: 2.35 g
upper: 2.35+0.2 =2.55 g
The required values are 11 and 19
Given the expression;
15−||2−3a||
If a = 2
Substitute the given value into the expression
If the moduli expression is positive
15−(2−3a)
= 15 - (2-3(2))
= 15 - (2-6)
= 15 - (-4)
= 15 + 4
= 19
If the moduli expression is negative
= 15 - -(2-3(2))
= 15 - -(2-6)
= 15 - -(-4)
= 15 - +4
= 15 - 4
= 11
Hence the required values are 11 and 19
Learn more here: brainly.com/question/8242423
V= -74/7 or 10.57143....
first multiply both sides by -8
then subtract 6 from both sides
and you get v= -74/7