F+G:
Then, add the elements that occupy the same position:
Solve
So, we find the element at address h31:
In this case, position h31 is - 8.0
Write the decimal expansion for
2 answers:
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Question:A water tank is shaped like the cone shown here. How much water can the tank hold? Use 3.14 for . If water is drained from the tank to fill smaller tanks that each hold 200 m³ of water, how many smaller tanks can it fill
Answer:
Amount of water = 871.87 in³
Number of tanks = 4 tanks
Step-by-step explanation:
Applying,
V = 1/3πr²h........... Equation 1.
Where V = volume of the tank, h = height, r = radius.
From the diagram attached,
Given: h = 17 m, r = 7 m.
Substitute these values into equation 1
V = 1/3(17)(7²)(3.14)
V = 871.87 m³.
Hence the amount of water the tank can hold is 871.87 m³
If the water is drained to a tank of 200 m³,
The number of tanks it can fill is = 871.87/200 = 4 tanks.
The Area of rectangle = 80 unit².
<h3>What is Area of rectangle?</h3>The area can be defined as the amount of space covered by a flat surface of a particular shape. It is measured in terms of the "number of" square units (square centimeters, square inches, square feet, etc.) The area of a rectangle is the number of unit squares that can fit into a rectangle. Some examples of rectangular shapes are the flat surfaces of laptop monitors, blackboards, painting canvas, etc. You can use the formula of the area of a rectangle to find the space occupied by these objects. For example, let us consider a rectangle of length 4 inches and width 3 inches.
from figure (a)
DE= 40/8 = 5
BC= 100/5 = 20
Now,
AC= AB + BC= 8+ 20 = 28
CE= CD + DE = 10+5= 15
So, area of rectangle
= AC* CE
= 28* 15
= 420
Now, from figure (b)
CD= 24/12= 2
DE= 12/4 = 3
AC= AB+ BC= 14+ 4= 16
CE= CD + DE= 2+3 = 5
So, Area of rectangle= 16*5 = 80 unit²
Learn more about area of rectangle here:
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