Problem Directions Solve the problem below Follow and complet feet, above ground is given by the quadratic function An object is
thrown vertically upward with an initial velocity of y, feet sec. Its distance S(t) =- 16t² + Vot Find V. so that the highest point the object can reach is 400 feet above ground
The highest point reached by the object refers to the highest or maximum value of the quadratic function which can be determined by solving for k.
k=
From the given quadratic functiom, we get the following values
a=-16
b=Vo
c=0
The highest point reached by the object refers to the highest or maximum value of the quadratic function which can be determined by solving for k.
k=
From the given quadratic functiom, we get the following values
a=-16
b=Vo
c=0
1 answer:
You might be interested in
Answer:
volume of the solid =
Step-by-step explanation:
As given , the region : |x| + |y| 1
when y 0 ,
|x| + y = 1
⇒|x| = 1 - y
when y ≤ 0 ,
|x| - y = 1
⇒|x| = 1 + y
The given region is the rectangle with sides (0, 5) , (0, -5), (5, 0), (-5, 0)
As given , the vertical cross section are semicircle
As we know that the area of semi circle =
Now,
Volume = +
= -
= [1-0] -
[0-1]
=
⇒volume of the solid =
Answer:
B
Step-by-step explanation:
The sections of the parallel roads split by the transversals are in proportion, that is
=
( cross- multiply )
300 first = 577500 ( divide both sides by 300 )
first = 1925 ft
Thus
Elm st → Maple st = 1925 + 350 = 2275 ft → B