Answer:
Two questions:
Question 1: given .
Answer 1:
Question 2: given .
Answer 2:
Step-by-step explanation:
So is used in most classes to represent the inverse function of .
The inverse when graphed is a reflection through the y=x line. The ordered pairs on implies are on .
This means we really just need to swap x and y.
Since we want to write as a function of x we will need to solve for y again.
Question 1:
Swap x and y:
We want to solve for y.
Add 3 on both sides:
Make the left hand side a fraction so we can cross-multiply:
Cross multiply:
Simplify right hand side:
Divide both sides by (x+3):
So .
Question 2:
Swap x and y:
Make left hand side a fraction so we can cross multiply:
Cross multiply:
We have to distribute here:
Add 3x on both sides:
Divide boht sides by x:
You could probably stop here but you could also simplify a little.
Separate the fraction into two terms since you have 2 terms on top bottom being dividing by x:
Simplify second fraction x/x=1:
So .
-x + 6y = 4
Answer:
x=2, y=1. (2, 1).
Step-by-step explanation:
x+3y=5
-x+6y=4
-------------
9y=9
y=9/9
y=1
x+3(1)=5
x+3=5
x=5-3
x=2
To make the equation 33-3-2-5 equal to 1, the necessary mathematical operations are subtraction, multiplication, and addition. So, by replacing some of the minus signs in the equation, the true equation is: 33 - 3 x 2 + 5 = 1.
The task here is to find and replace the minus (-) signs with other mathematical operations (+, -, x, ÷) to make the equation true. We need to turn 33-3-2-5 into 1. After replacing the signs, the correct equation would be: 33 - 3 x 2 + 5 = 1.
Step-by-Step Explanation:
#SPJ12
The correct order from least to greatest for the rational numbers given is d < c < b < a.
To find the correct order from least to greatest for the rational numbers, we need to compare the values of a, b, c, and d.
Therefore, the correct order from least to greatest is d < c < b < a.
#SPJ2