Vertex of the quadratic equation is the highest or the lowest point of the quadratic equation.
<h3>
Given-</h3>
The given equation in the question is,
<h3>Vertex of the quadratic equation</h3>
Vertex of the quadratic equation is the highest or the lowest point of the quadratic equation.
To find the vertex of the equation we need to compare the given equation with the following equation.
Here h and k are the vertex of the equation.
The given equation is,
Rewrite the equation,
Thus the vertex of the quadratic equation is 1/2 and 7/4.
Learn more about the vertex of the quadratic equation here;
brainly.com/question/6356924
Answer:
a.) (0,4) b.) (-4,0)
Step-by-step explanation:
a.) Let x=0 and solve for y: y=0+4=4. Since we let x=0 the first number will be 0 and we found y to be 4, so our coordinates are (0,4)
b.) Let y=0 and solve for x: 0=x+4, x=-4. Since x=-4 our first number is -4, since y is 0 our second number is 0, so our coordinates are (-4,0)
Hope this helps!
Answer:
1. Write the following as a mixed number.
2. Write as an improper fraction
3. Perform the operation and write the answer in simplest form.
a)4/7*3/11= 12/77
b)6/10 / 12/7= 7/20
c)5 1/7*3 1/9= 16
d)6 3/7 / 1 13/14= 10/3
Hope this helps
Step-by-step explanation:
Answer:
160
Step-by-step explanation:
10% of the candies is 16, and to get 100% from 10% is to multiply by 10.
So 10% *10 = 100%, then by association if 16 = 10%, then 16*10 will be the total 100%.
We let y equal to the elevation above sea level so that the elevation of the rock climber after x minutes of climbing would be:
y = 2x + 50
His initial height can be calculated when x is equal to zero it is when the climber is not yet climbing. Therefore, the rock climber'sinitial height above sea level would be 50 meters.
