X is the amount of minutes
Amount of Water=175-5x
y=175-5x
Surface area of the fig is 2350.9 sq m (approx).
Step-by-step explanation:
Given,
Diameter = 34 m
so, radius (r) = 17 m
Height of the cylinder (h) = 12 m
Slant height of the cone (l) = 20 m
To find the surface area of the fig
Surface area of the fig = surface area of cylinder + surface area of cone
Formula
Surface area of cylinder = 2πrh
Surface area of cone = πrl
So,
Surface area of cylinder = 2π×17×12 sq m = 408π sq m
Surface area of cone = π×17×20 = 340π sq m
Surface area of the fig = 408π+340π sq m = 748π sq m
= 2350.9 sq m (approx)
Answer:
35 cm
Step-by-step explanation:
volume of cylinder = πr²h
πr²h = 1058.75π
Divide both sides by π.
r²h = 1058.75 cm³
r = 5.5 cm
Substitute r² with (5.5 cm)².
(5.5 cm)²h = 1058.75 cm³
h = 1058.75/30.25 cm
h = 35 cm
304 (pay per day) * 1/6 (amount of the day you worked).
304 * 1/6 (0.1666666666) = 50 and 2/3 or 50.666666666
Answer:
.
(Equivalently, 
.)
Step-by-step explanation:
Rewrite the equation of the line 
in the slope-intercept form 
to find the slope 
.
.
.
Therefore, the slope of the line is 
.
Let 
and 
denote the slope of two lines on a cartesian plane. If these two lines are perpendicular to one another, then 
.
In this question, the slope of the first line was already found 
. Solve for the slope of the unknown line:
.
The following information are thus available for the requested line:
- The slope of this line is
. - This line contains the point
.
Hence, the point-slope form 
would be a possible choice for the equation of this line:
.
Simplify to obtain the slope-intercept form equation of this line:
.
Equivalently:
.
