The correct answer is x = 2 and x = -4.
In order to solve for this, you first need to plug in the f(x) value and solve for the absolute value statement.
f(x) = -5|x + 1| + 3
-12 = -5|x + 1| + 3 ---> subtract 3 from both sides.
-15 = -5|x + 1|----> divide both sides by -5.
3 = |x + 1|
Now that we have solved for the absolute value portion, we need to solve this equation twice. Once removing the absolute value and solving and the other by removing it and making the 3 negative. This is because even if the inside of the markers was -3, it would give us a 3 answer.
3 = x + 1
2 = x
Then the negative version.
-3 = x + 1
-4 = x
And there are your two answers.
B. 108.05 because $200 for the old fridge with the added on $350 is $550 the to find the price of the new fridge you would take your percent and turn it into a decimal(divide by 100) and multiply the decimal by the original total $615 and you will get $43.05 you add $615 and $43.05 and you will get $658.05 minus that by the old fridges total and you will get $658.05-$550 which gives you $108.05
Well, we first know that Dominic uses 1/2 tablespoon. So if we use that 1/2 tablespoon on two sandwiches how many tablespoons does Dominic use? A whole! If you make another two sandwiches, then it will make another whole, and I whole plus one whole equals two wholes. Then, you make another one which uses another 1/2. And 1 whole plus one whole plus 1/2 a tablespoon equals 2 1/2!
Answer:
See Below
Step-by-step explanation:
The surface area of cylinder is given by the formula:
Where
r is radius ( diameter is 4, so radius is 4/2 = 2)
h is height ( h = 9)
Lets find original surface are:
<u>Halving diameter:</u>
diameter would be 4/2 = 2, so radius would be 2/2 = 1
So, SA would be:
<u>Halving height:</u>
Height is 9, halving would make it 9/2 = 4.5
Now, calculating new SA:
Original SA is 
,
Halving diameter makes it 
Halving height makes it 
So, halving diameter does not have same effect as halving height.
Answer:
D, y= |x+6|
When a graph is shifted to the left, you add the shifted value to the x value in function notation.
