Example of decimal to fraction conversion, Mathematics

Assignment Help:

Example of Decimal to Fraction Conversion:

Example:

Convert 18.82 to a mixed number.

Solution:

Step 1:            18.82 is 18 and 82 hundredths.

18.82 = 18(82/100)

Step 2:            Reduce 82/100 to its simplest form =41/50

82/100= 2.41/2.50 = 2.41/2.2.25 = 2.41/ 2.2.5.5 = 41/2.5.5 = 41/50

The answer is  18(41/50)

Example:

Convert 1.73 to a fraction.

Solution:

Step 1:  1.73 = 1(73/100)

Step 2: 73 = 73 x 1

100 = 2 x 2 x 5 x 5

There are no common factors between 73 and 100, so it cannot be reduced.

1(73/100)

Example:

Convert 0.333 to a fraction.

Solution:

Step 1: 0.333 = 333/1000

Step 2: There are no ordinary factors between 333 and 1000, so it is already in its simplest form.


Related Discussions:- Example of decimal to fraction conversion

Combined mean and standard deviation, Combined Mean And Standard Deviation ...

Combined Mean And Standard Deviation Occasionally we may need to combine 2 or more samples say A and B. Therefore it is essential to identify the new mean and the new standard

Define a*b for given matrix, Define A*B where:                A =  | 3 -...

Define A*B where:                A =  | 3 -3  6 |          B = |  6   1 |                          | 0  4  2 |              |  0  -5 |

Area and Perimeters, The top of the new rectangular Big Gig Thingamajig is ...

The top of the new rectangular Big Gig Thingamajig is 80 inches long and 62 inches wide. What is the top''s perimeter?

Draw a common graph y = sin ( x ), Graph y = sin ( x ) Solution : As a...

Graph y = sin ( x ) Solution : As along the first problem in this section there actually isn't a lot to do other than graph it.  Following is the graph. From this grap

Demonstrate that dijkstra algorithm - digraph, Demonstrate that Dijkstra's ...

Demonstrate that Dijkstra's algorithm does not necessarily work if some of the costs are negative by finding a digraph with negative costs (but no negative cost dicircuits) for whi

Projections - vector, Projections The good way to understand projection...

Projections The good way to understand projections is to see a couple of diagrams. Thus, given two vectors a → and b → we want to find out the projection of b → onto a → . T

Plus, 236+2344+346=

236+2344+346=

Value of perfect information, Value of perfect information This relates...

Value of perfect information This relates to the amount that we would pay for an item of information such would enable us to forecast the exact conditions of the market and act

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd