Answer:
A is the best answer.
Step-by-step explanation:
A is. It can be written as y [ or v] = -2(x + 3)^2 + 7 which is the pure form of a vertex equation.
C doesn't work since that is a linear function. Nothing is squared.
D doesn't work. That is just the way an ordinary quadratic is written. (Standard form).
B doesn't work. The quadratic is written in factored form.
ANSWER
EXPLANATION
The vertex form of a quadratic function is given by:
From the given options, the first choice is
where a=-2, h=-3, and k=7.
Therefore the vertex is (-3,7)
Hence the first choice is the correct option.
A. x^2=100+36/10 y^2
B. x^2=10+36/10 y^2
C. x^2=100+36 y^2
D. x^2=10+6/10 y^2
The result of isolating x² in the quadratic equation 10x² - 36y² = 100 will be x² = 10 + (36 / 10)y²
A quadratic equation is an equation that has one or multiple variables with the highest power of the variable is 2.
The given quadratic equation is:
10x² - 36y² = 100
⇒ 10x² = 100 + 36y²
⇒ x² = (100 + 36y²) / 10
⇒ x² = 10 + (36 / 10)y²
Learn more about a quadratic equation here: brainly.com/question/2506855
SPJ2
Answer:
Write in Standard Form
Solve the Function Operation
Simplify
Write in y=mx+b Form
Evaluate the Function
Factor
Graph
Find the Equation with Real Coefficients
Add
Find the Exact Value
Find the Value of the Constant
Find the GCF
Step-by-step explanation:
8c+5=4c-11
Answer: You need to separate the variable (A) from the rest of the equation.
Step-by-step explanation:
Simplify and move everything except the variable
2x2 = -6 + 8a >>> 4 = -6 + 8a >>> 10 = 8a
Then, divide both sides by the amount of A (8)
10 / 8 = 1.25
8 / 8 = 1
1.25 = A