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snow_tiger [21]
4 years ago
10

1. Growth of Functions (11 points) (1) (4 points) Determine whether each of these functions is O(x 2 ). Proof is not required bu

t it may be good to try to justify it (a) 100x + 1000 (b) 100x 2 + 1000
Mathematics
1 answer:
Fittoniya [83]4 years ago
8 0

Answer:

See explanation

Step-by-step explanation:

To determine whether each of these functions is O(x^2), we apply these theorems:

  1. A polynomial is always O(the term containing the highest power of n)
  2. Any O(x) function is always O(x^2).

(a)Given the function: f(x)=100x+1000

The highest power of n is 1.

Therefore f(x) is O(x).

Since any O(x) function is always O(x^2), 100x+1000 is O(x^2).

(b) f(x)=100x^ 2 + 1000

The highest power of n is 2.

Therefore the function is O(x^2).

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Given:

In the given fig,

The radius of the cylinder = 15 ft

The height of the cylinder = 26 ft

The height of the cone = 21 ft

The radius of the cone = 15 ft

To find the volume of the cone, the volume of the cylinder and the composite figure.

Formula

The volume of the given composite fig is

V = V_{1} +V_{2}

where, V_{1} be the volume of the cone.

V_{2} be the volume of the cylinder.

V_{1} = \frac{1}{3} \pi r^{2} h, r be the radius and h be the height.

V_{2} = \pi r^{2} h, r be the radius and h be the height.

Now,

Putting, r = 15, h = 21 and π = 3.14 we get,

V_{1} = \frac{1}{3} (3.14)(15^{2} )(21) cube ft

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Again,

Putting,

V_{2} = (3.14)(15^{2} )(26) cube ft

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Hence,

a) The volume of the cone is 4945.5 cube ft.

b) The volume of the cylinder is 18369 cube ft.

c) The volume of the composite figure is 23314.5 cube ft.

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