The solution is a pair of numbers ... one for 'x' and one for 'y' ... that
makes the equation a true statement. There are an infinite number
of solutions. If you use the equation to draw a graph, then the graph
of it is a straight line without ends, and <em><u>every point</u></em> on the line is a
solution to the equation.
Here are a few of them:
(In each pair, the first number is 'x', the second number is 'y'.)
(-10,17)
(-9, 14)
(-8, 11)
(-7, 8)
(-6, 5)
(-5, 2)
(-4, -1)
(-3, -4)
(-2, -7)
(-1, -10)
(0, -13)
(1, -16)
(2, -19
(3, -22)
(4, -25)
(5, -28)
A vertical stretching<span> is the </span>stretching<span> of the graph away from the x-axis.
It means you simply need to multiply the scale factor with the x-values.
</span>If point H is located at <span>(-2, 0),and the scale factor is 2,then the stretch would be (-2*2.5,0)
Hence,the new point will be:
A.(-5,0).
</span>
Answer:
No your a good person with a kind heart and everyone should think the same
Step-by-step explanation:
Why because all people make mistakes but just because we make a mistakes doenst mean the world will end
<h2>Answer</h2>
The amount that will be financed: $9500
The total amount of the monthly payments: $10,800
The amount of the finance charge: $1,300
<h2>Explanation</h2>
Remember that the down payment is the initial amount you paid to reduce the amount you finance.
Given that, the amount that Jim will finance will be the price of the bath in cash minus the down payment:
Amount that will be financed = $12,000 - $2,500 = $9500
Next, to find the total amount of the monthly payments, we just need to multiply the monthly payment by the total number of monthly payments:
Total amount of the monthly payments = $450.00*24 = $10,800
Finally, to find the financial amount, we just need to subtract the financed amount from the total amount of the monthly payments:
Amount of the finance charge = $10,800 - $9500 = $1,300
Answer:
2x³+17x²+25x-50
Step-by-step explanation:
Standard Form: All your numbers and variables in order of the highest exponent.
(2x²+7x-10)(x+5)
We want to distribute x and 5 to every single value.
2x³+7x²-10x+10x²+35x-50
Simplify.
2x³+17x²+25x-50
This is standard form because the highest values are on the left (x³ is larger than x²).