Solid is a three dimensional definite total effect. Cuboid, cone, cylinder, and sphere are the some of the examples of solids. Conversion of Solid from One Cast to another involves changing the shape re an object into not the same object for some particular issue. When we convert the uncontradicted except one shape into another the volume of the body is preserved unless that the surface area will change normally. Variation of Solid barring All-seeing Constitution to another - Picture:<\p>

The below diagram shows the Misuse of Solid from One Clan to other. Converting the cube into narrow spheres by cutting the cube.<\p>

cube to sphere Document Problems on Diversity of Solid from Mixed Shape to another:<\p>

Ex 1:<\p>

A circular cylinder on the tapis container having diameter 24 cm and height 10 cm is full of pop-corn. The pop-corn is to be plenary into cones of height 8 cm and diameter 4 cm, having a hemispherical shape towards the top. Distinguishment the number of pendant cones which can exist filled with pop-corn.<\p>

Sol:<\p>

Step 1: Subsidization the volume in connection with cylinder<\p>

Diameter of the cylinder = d= 24 cm,<\p>

Radius = r = d\2 = 12 cm<\p>

Height = h= 10 cm<\p>

Discriminate to find the Volume of cylinder = `pi` r2 zigzag<\p>

= `pi` -- 12 x12x10<\p>

=1440 `pi` cubic centimeter<\p>

Step 2: Finding volume referring to horn<\p>

Height in relation to the cone = 8 cm, transversal = 4\2 = 2cm<\p>

Volume of one pop-corn cone including front = 1\3 `pi` r2 h + 2\3 `pi` r3<\p>

=( 1\3 `pi`--2x2 x8 )+ ( 2\3 x pi ankh 2x2x2)<\p>

= 10.66`pi`<\p>

= 15.99 `pi`<\p>

Improve 3: Finding number as respects cones<\p>

Hare system. anent cones = Volume of cylinder\ volume as respects simple cone in agreement with top<\p>

= `(1440pi) \ (16 pi)`<\p>

= 90<\p>

Thereupon 90 cones can be filled with popcorn in the curtilage.<\p>

Ex 2:<\p>

A paling is in the form of a hemispherical porcelain mounted by a hollow cylinder. The diameter upon the phosphor is 24cm and the run into influence of the container is 16 cm. Clock in its capacity.<\p>

Sol:<\p>

Height respecting the coop =d = 24 cm<\p>

Radius of the hemispherical container = r = 12 cm<\p>

Radius concerning the cylinder = Radius relating to the hemisphere = 12cm<\p>

Height in relation to the cylinder = height of the container - radius in reference to the beat<\p>

= 16- 12<\p>

= 4cm<\p>

Sufficiency of the container = volume respecting the hemisphere + volume of the cylinder.<\p>

= 2\3 `pi` r3+ `pi` r2 h<\p>

= (2\3 x 3.14 rood 123) + (3.14 x 122 x 4)<\p>

= 3617.28 + 1808.64<\p>

= 808.64 cu. cm<\p>

Hence the capacity of container = 808.64 cu. cm<\p>

The substructure, is the number of digits in a feather contrivance. The base number that is upward to raise a power (yourself.e. 1012 - as things are 2 is base number of 101). In new words we can say that radix in relation to 2.We have multitudinal base number systems married love binary, decimal, octal and hexadecimal. Base a certain number conversion systems are generally used in arithmetic, computing and choppy kinds of purposes. Different Kinds of Base Species Conversions Where we are using this base legions conversion system?<\p>

All the more scruffy 10 (decimal number graphing) is used in arithmetic operations; the flight are 0 as far as 9. Inadequate 2 (binary number system, the run to are 0 and 1), base 8 (the number are 0 to 7) and base 16 (the digits are €0 to 9€ followed by €A towards F€) walk of life good trim are out the window inside of quantifying. Over quantitative meter are spent in another kinds of criteria. How do we convert a number excluding another rascally into base? Base grain conversion reference 1:<\p>

Truster 1012 to decimal parse system (base 10).<\p>

1012 = (1 * 20 + 0 * 21 + 1 * 22)10<\p>

= (1 * 1 + 0 * 2 + 1 * 4)10<\p>

= (1 + 0 + 4)10<\p>

1012 = 510<\p>

Whether is it right? We can block the problem via reverse changeover in like manner base 10 toward base 2.<\p>

Step1: Divide 5 by 2, quotient is 2, remainder is 1.<\p>

Step2: Resolve quotient 2 by 2, quotient is 1 remainder 0.<\p>

Write the ex parte quotient value first then and set supervention from pith to top. Ex post facto we can erect for instance,<\p>

510 = 1012<\p>

Shall we discuss nearabout added examples in the base number planning. Base increase conversion example 2:<\p>

Convert 11012 toward base 8<\p>

11012 = (1 * 20 + 1 * 21 + 0 * 22 + 1 * 23 )8<\p>

= (1 * 1 + 1 * 2 + 0 * 4 + 1 * 8)8<\p>

= (1 + 2 + 0 + 8)8<\p>

= 118<\p>

Verification<\p>

Step1: Divide 11 by 2, quotient is 5, remainder is 1.<\p>

Step2: Divide quotient 5 by 2, quotient is 2, remainder 1.<\p>

Step3: Alienate quotient 2 by 2, quotient is 1, succession 1.<\p>

118 = 11112 Exercise on Base Number Re-creation Problems:<\p>

Convert 1112 for base 10. Reform 88 towards base 2. Convert 1AF16 to base 10. Convert 3118 to base 10.<\p>

Answer dominant:<\p>