Ben uses a compass and straightedge to bisect segment PQ, as shown: segment PQ with compass open to greater than half of segment
1 answer:
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Well, there are 
amounts of white flower and 6 cups of wheat flower.
So the total flower is
Given that
is the total, the equation you would use is:
The constraints are as follows:
y can only be
6
And if y=0, x would have to be -6 (which is impossible)
So the total flower is
Given that
The constraints are as follows:
y can only be
And if y=0, x would have to be -6 (which is impossible)
Answer:
Step-by-step explanation:
To write the quadratic equation, begin by writing it in vertex form
Where (h,k) is the vertex of the parabola.
Here the vertex is (-2,-20). Substitute and write:
To find a, substitute one point (x,y) from the parabola into the equation and solve for a. Plug in (0,-12) the y-intercept of the parabola.
The vertex form of the equation is .
You can convert this into standard form by using the distributive property.
Answer:
Step-by-step explanation:
The given expression is
First, we need to factor each part of the expression
Remember that quadractic expression are factored in two binomial factors. The first quadratic expression factors are about two numbers which product is 6 and which difference is one. The second quadratic expression is about two numbers which product is 12 and which difference is 1.
Now, we simplify equal expression at each fraction.
Then, we use the least common factor about the denominators to sum those fractions. In this case, the least common factor is , because those are the factors present in the denominators.
Now, we divide each fraction by the least common factor, and then multiply the numeratos by its result.
Finally, we multiply all products and sum like terms.
Therefore, the sum of the initial expression is equal to