Total number of visitors who visited the amusement park = 50
Number of people who chose bumper car ride as favorite = 22
We have to find the percent of people chose the bumper cars as their favorite ride.
So, the percent of people chose the bumper cars as their favorite ride
= (Number of people who liked bumper cars Total number of visitors) 100
=
= 44%
So, 44% of the visitors chose bumper cars as their favorite ride.
Answer:
Slope -6 y-intercept: (0,-3)
Step-by-step explanation:
Answer:
maximum area will be 1058 square yards
maximum height will be 81 feet
Step-by-step explanation:
P = 2L +2W
but in this case it will be P= L+2W and P=92 yards
L+2W = 92
Solve for L , L = 92-2W
The area of rectangle A = L x W
Plug in L and simplify: A = (92-2W)W =92W -2W²
Plot in your calculator and look for maximum so when the width is 23 yards maximum area will be 1058 square yards.
Second problems is the maximum height of the rocket. Maximum will be at the vertex of the upside-down parabola.
earrange the equation by subtracting what is to the right of the equal sign from both sides of the equation :
p*x+57-(-75*x+q)=0
In this type of equations, having more than one variable (unknown), you have to specify for which variable you want the equation solved.
Unless there is none then in that case there very well may be infinite solutions
Point slope:
y-y1= m(x-x1) <- we will plug all the given information into this formula.
We have the slope, which equals m. m= 5
y-y1= 5(x-x1)
-4= x1 and 0= y1
y-0=5(x-(-4)
Two negatives equal a positive.
y-0=5(x+4)
Combine like terms.
y= 5x + 20
We could talk this one step further and convert it to standard form.
Ax+By= C
y=5x+20
Subtract 5x on both sides.
-5x+y= 20 <- this is standard form.
Here's a simple way to check to see if this is correct. Plug in x and y.
-5(-4)+0= 20
20+0= 20; 20=20
I hope this helps!
~kaikers