Answer:
<em><u>In analytic geometry, using the common convention that the horizontal axis represents a variable x and the vertical axis represents a variable y, a y-intercept or vertical intercept is a point where the graph of a function or relation intersects the y-axis of the coordinate system.[1] As such, these points satisfy x = 0.</u></em>
Answer:
The volume of the can of tuna is 37.98 cubic inches.
Step-by-step explanation:
V=πr^2(h)
V=(3.14)(2 in)^2(3 in)
V=(3.14)(4 in)(3 in)
V=(3.14)(12 in^2)
V=37.68 in^3
24 and 16
Step-by-step explanation:
let's assume two part be x and (40 - x)
According to Question,
Hence one part is 24 and other is (40 - 24) = 16 .
Answer:
n=22 or 252=11(22)+10
Step-by-step explanation: 252=11n+10. Start by attempting to isolate the varyable by subracting 10 from both sides--> 242=11n, divide by 11--> 22=n
PROOF 252=11*22+10=242+10=252
To be able to determine the volume of the entire silo, we can divide the silo into parts where we can easily calculate the volume of the parts. In this case, we divide it into a cylinder and a hemisphere. We calculate the individual volumes of these shapes and add up to represent the whole silo. We do as follows:
Volume of cylinder = πr^2h
Volume of cylinder = π( 1.6 )^2 (6.2)
Volume of cylinder = 49.86 m^3
Volume of hemisphere = 2πr^3/3
Volume of hemisphere = 2π(1.6)^3/3
Volume of hemisphere = 8.58 m^3
Volume of the whole silo = 49.86 m^3 + 8.58 m^3 = 58.44 m^3
