MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
Pimpri Chinchwad Education Trust’s
Pimpri Chinchwad College of Engineering
An Autonomous Institute
(Affiliated to Savitribai Phule Pune University)
BME21GO2 Programming & Problem-Solving
Laboratory I
A
Mini-Project Report
On
“
DUCKWOTRH-LEWIS-STERN METHOD
”
A way to get from rains to runs…
By
Sr
01
02
03
Name
ABHISHEK WANARE
SHREYASH JAGDALE
ZAKI SAYYED
PRN
Batch
123B1G111
123B1G117
123B1G123
B3
B3
B3
Submitted On: 21 NOV 2023
Department of Applied Science & Humanities
(Mechanical Engineering)
Pimpri Chinchwad Education Trust’s
Pimpri Chinchwad College of Engineering, Pune - 411044
An Autonomous Institute
(Affiliated to Savitribai Phule Pune University)
November 2023
1
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
Table of Contents
Sr
Topic
Page No.
01
02
03
04
05
06
07
08
THE PROBLEM
FLOW-CHART FOR SOLUTION
DETAILS OF THE CODE
THE CODE
OUTPUT
MEMBER’S CONTRIBUTION
REFERENCES
APPENDIX
02
03
04
05
06
08
09
09
PROBLEM STATEMENT
Q. Write a MATLAB code for conversion of parameters
2
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
FLOW-CHART
parametre
input fed to
excel file
•step1
excel file
called to
matlab editor
•step 2
Conversion
code written
in matlab
•step3
output called
to excel
3
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
CODE DETAILS
Parameter
MATLAB Built-in
functions used
Details



pi()
readtable()
exp()
Input Variables
Parameter
Angle
Area
Currency
Data Transfer rates
Electric charge
Electric current
Energy
Flow rate
Force
Frequency
Information size
length
light intensity and luminous intensity
magnetic flux and magnetic flux density
power
pressure
radioactivity
speed
temperature
time
weight
Inputs Units
degree
sq m
Rupees
bits per second
Coulombs
Amperes
Joules
litre per second
Newtons
GHz
bits
metres
Lumens
Gauss
watts
Pascals
Curies
Metre per seconds
celcius
seconds
Kilograms
Input values
30
100
1000
1024
100
50
1000
500
20
10
256000
100
50
5
200
6
25
300
95
360
2000
4
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
Output Variables
5
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
6
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
7
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
8
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
Other Variables
Name of Variable
T
p
Value
readtable("par_inp.xlsx")
Input value matrix
9
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
CODE
% Angle unit conversion
clc
clear all
% Inputs
T=readtable("par_inp.xlsx");
p=T.InputValues
degree=p(1)
% Arc minutes
arc_minute=degree/60;
% Arc seconds
arc_sec=degree/3600;
% Radians
angle_radians=degree*pi/180;
% Revolutions
angle_rev=degree/360;
% Turns
turns=degree/360;
%=============================================
% Area
area=p(2);
A_acre=area*0.000247105;
A_ares=area*0.01;
A_barns=area*exp(28);
A_cricketpitches=area/82.6;
A_dunams=area*0.001;
A_footballfields=area*0.0001868734483664 ;
A_footballpitches=area/17.84;
A_hectares=area*0.0001;
A_pings=area*0.30257186081694;
A_Planckarea=area*3.828*exp(69);
A_sections=area*3.86102*exp(-7);
A_sqcm=area*10000;
A_sqmm=area*1000000;
A_sqft=area/9;
A_sqinch=A_sqcm/(2.5462)^2;
A_sqkm=area/1000000;
A_sqyards=area*1.19599;
A_stokes=area*600000;
A_surveyTownship=area*1.0725*exp(-8);
%==================================================\
% Currency
rupees=p(3);
aus_dollar=rupees*0.018;
bri_pound=rupees*0.0096;
cana_dollar=rupees*0.016;
egy_pound=rupees*0.37;
hk_dollars=rupees*0.094;
yen=rupees*1.79;
mal_ringts=rupees*0.056;
1
0
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
mau_rupees=rupees*1.89;
nepaleses=rupees*0.62;
pakistani=rupees*0.29;
qatari=rupees*22.89;
sing_dollar=rupees*62.14;
srilankan=rupees*0.25;
thai_baht=rupees*2.37;
ukranian=rupees*2.30;
UAE_Dirhams=rupees*22.69;
US_dollars=rupees*83.33;
%=======================================================
%data transfer rates
bitspersec=p(4);
bytespersec=bitspersec*0.125;
%=================================================
% electric charge
coulombs=p(5);
amp_hr=coulombs*0.000277778;
faradays=coulombs*1.03643*exp(-5);
%====================================
% electric currents
ampere=p(6);
biots=ampere*0.1;
%===========================================
%energy
joules=p(7);
barellofoil=joules*1.63456*exp(-10);
btu=joules*0.000947817;
calorie=joules/4.186;
Elecvolt=joules*6.242*exp(18);
ergs=1*exp(7);
ftpounds=joules*0.737562;
gm_TNT=joules*0.00023900573613767;
kilocalories=joules*0.000239006;
kg_TNT=joules*2.3900573613767*exp(-7);
Megaton=joules*2.39006*exp(-16);
megawatt=joules*2.77778*exp(-10);
therms=joules*9.48043*exp(-9);
tons_TNT=joules*2.39006*exp(-10)
watthours=joules*0.000277778;
%====================================================
% flowrate
lps=p(8);
cfm=lps*2.11888;
cfs=lps*0.04;
lpm=lps/60;
%============================================
% force
newton=p(9);
dyne=newton*100000;
kgforce=newton*0.101972;
poundforce=newton*0.224809;
%==========================
%frequency
1
1
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
Ghz=p(10);
hz=Ghz/1000000000000;
Mhz=Ghz/1000000;
gigahetz=Ghz;
hertzs=hz;
Khz=Ghz/1000000000;
%=====================================
% info size
bits=p(11);
nibble=0.25*bits;
bytes=bits*0.125;
kb=bytes*1024;
kibi=bits*10000000000;
mebi=bits*10^20;
% ==============================================
% length
metre=p(12);
angstrom=metre*1*exp(10);
astro=metre*6.68459*exp(-12);
fathoms=metre*0.546807;
feet=metre/3;
inches=metre*39.3701;
furlong=metre*0.00497096;
halftriabike=metre*113/1000;
halftriarun=metre*21.1/1000;
halftriaswim=metre*1.9/1000;
hands=metre*0.01;
cricpitch=metre*1.22;
lightday=metre*2.590206837*10^13;
lightmins=metre*5.5594*exp(-11);
lighthours=metre*1079252848800;
lightsec=metre*3.33564*exp(-9)
lightyears=metre*1.057*exp(-16)
marathon=metre*2.36995*exp(-5);
micron=metre*1000000;
miles=metre*0.000621371;
mpc=metre*3.24077928966648*exp(-23);
nails=metre*17.4978;
nauticalleagues=metre*0.000179986;
naut_miles=metre*0.000539957;
olympictraithlonrun=metre*42.2/1000;
olympictraithlonswim=metre*3.8/1000;
olympictraithlonbike=metre*180/1000;
olympictraithlons=metre*1500/1000;
planckslength=metre*6.25*exp(34);
post_picas=metre*2834.64566929;
yards=metre*1.09361;
%=====================================
% light intensity
LI=p(13);
candela=LI/12.57;
footcandel=LI/10.76;
footlambert=candela*0.3183 ;
lux=LI;
%===========================================
1
2
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
% Magnetic flux
gauss=p(14);
maxwell=gauss*6.4516*2.54;
teslas=gauss/10000;
weber=gauss*6.4516*exp(8)*2.54^2;
%==============================================
% power
watts=p(15);
BHP=watts*0.00134102;
kilowatt_Kw=watts/1000;
HP=watts*746;
MHP=watts*0.00135962;
mw=watts*1000;
%=================================================
% pressure
pascals=p(16);
atmospheres=pascals*9.86923*exp(-6);
bar=pascals*exp(-5);
inch_mercury=pascals*0.0002953;
inch_water=pascals*0.00401865;
milibar_mb=pascals*0.01;
mm_mercury=pascals*0.00750062;
poises=pascals*0.1;
lb_sqinch=pascals*0.000145038;
%==============================
%radioactivity
curies=p(17);
bacquerrel=curies*37000000000;
rutherford=curies*3700;
% =================================
%speed
mps=p(18);
kmph=mps/3.6;
milesph=mps*0.44704;
nau_mph=mps*80.51444444444444;
%=============
whos
% temperature
celcius=p(19);
fah=celcius*33.8;
kelvin=celcius+273.15;
R = celcius* 9/5 + 491.67;
%===============================
%time
sec=p(20);
centuries=sec*3.171*exp(-10);
day=sec*1.15741*exp(-5);
decades=sec*3.1709*exp(-9);
fortnight=sec*8.2672*exp(-7);
halakim=sec*0.3;
1
3
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
hours=sec/3600;
leapyear=sec/3.162*exp(7);
lunarcycle=sec*3.2660987312905*exp(-8);
lustrum=sec*6.3419583967529*exp(-9);
millenium=sec*3.171*exp(-11);
minutes=sec/60;
months=sec*3.80517*exp(-7);
sideraldays=sec*1.16058*exp(-5);
sideralyear=sec*3.16875*exp(-8);
weeks=sec*1.65344*exp(-6);
years=sec*3.17098*exp(-8);
%====================================
% weight
kg=p(21);
amu=kg*6.0228*exp(26);
blintzes=kg/10.35;
butterfirkin=kg*0.039368261104442 ;
carats=kg*5000;
grams=kg/1000;
earthmasses=kg*1.6744*exp(-25);
eng_stones=kg*0.157473;
funt=kg*2.4419;
grains=kg*15432.4;
imperialtons=kg*0.000984207;
jupiter=kg*5.2659294365455*exp(-28);
% *********************************************************************
1
4
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
OUTPUT
% Angle unit conversion
clc
clear all
% Inputs
T=readtable("par_inp.xlsx");
p=T.InputValues
degree=p(1)
% Arc minutes
arc_minute=degree/60;
% Arc seconds
arc_sec=degree/3600;
% Radians
angle_radians=degree*pi/180;
% Revolutions
angle_rev=degree/360;
% Turns
turns=degree/360;
%=============================================
% Area
area=p(2);
A_acre=area*0.000247105;
A_ares=area*0.01;
A_barns=area*exp(28);
A_cricketpitches=area/82.6;
A_dunams=area*0.001;
A_footballfields=area*0.0001868734483664 ;
A_footballpitches=area/17.84;
A_hectares=area*0.0001;
A_pings=area*0.30257186081694;
A_Planckarea=area*3.828*exp(69);
A_sections=area*3.86102*exp(-7);
A_sqcm=area*10000;
A_sqmm=area*1000000;
A_sqft=area/9;
A_sqinch=A_sqcm/(2.5462)^2;
A_sqkm=area/1000000;
A_sqyards=area*1.19599;
A_stokes=area*600000;
A_surveyTownship=area*1.0725*exp(-8);
%==================================================\
% Currency
rupees=p(3);
aus_dollar=rupees*0.018;
bri_pound=rupees*0.0096;
cana_dollar=rupees*0.016;
egy_pound=rupees*0.37;
hk_dollars=rupees*0.094;
yen=rupees*1.79;
mal_ringts=rupees*0.056;
1
5
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
mau_rupees=rupees*1.89;
nepaleses=rupees*0.62;
pakistani=rupees*0.29;
qatari=rupees*22.89;
sing_dollar=rupees*62.14;
srilankan=rupees*0.25;
thai_baht=rupees*2.37;
ukranian=rupees*2.30;
UAE_Dirhams=rupees*22.69;
US_dollars=rupees*83.33;
%=======================================================
%data transfer rates
bitspersec=p(4);
bytespersec=bitspersec*0.125;
%=================================================
% electric charge
coulombs=p(5);
amp_hr=coulombs*0.000277778;
faradays=coulombs*1.03643*exp(-5);
%====================================
% electric currents
ampere=p(6);
biots=ampere*0.1;
%===========================================
%energy
joules=p(7);
barellofoil=joules*1.63456*exp(-10);
btu=joules*0.000947817;
calorie=joules/4.186;
Elecvolt=joules*6.242*exp(18);
ergs=1*exp(7);
ftpounds=joules*0.737562;
gm_TNT=joules*0.00023900573613767;
kilocalories=joules*0.000239006;
kg_TNT=joules*2.3900573613767*exp(-7);
Megaton=joules*2.39006*exp(-16);
megawatt=joules*2.77778*exp(-10);
therms=joules*9.48043*exp(-9);
tons_TNT=joules*2.39006*exp(-10)
watthours=joules*0.000277778;
%====================================================
% flowrate
lps=p(8);
cfm=lps*2.11888;
cfs=lps*0.04;
lpm=lps/60;
%============================================
% force
newton=p(9);
dyne=newton*100000;
kgforce=newton*0.101972;
1
6
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
poundforce=newton*0.224809;
%==========================
%frequency
Ghz=p(10);
hz=Ghz/1000000000000;
Mhz=Ghz/1000000;
gigahetz=Ghz;
hertzs=hz;
Khz=Ghz/1000000000;
%=====================================
% info size
bits=p(11);
nibble=0.25*bits;
bytes=bits*0.125;
kb=bytes*1024;
kibi=bits*10000000000;
mebi=bits*10^20;
% ==============================================
% length
metre=p(12);
angstrom=metre*1*exp(10);
astro=metre*6.68459*exp(-12);
fathoms=metre*0.546807;
feet=metre/3;
inches=metre*39.3701;
furlong=metre*0.00497096;
halftriabike=metre*113/1000;
halftriarun=metre*21.1/1000;
halftriaswim=metre*1.9/1000;
hands=metre*0.01;
cricpitch=metre*1.22;
lightday=metre*2.590206837*10^13;
lightmins=metre*5.5594*exp(-11);
lighthours=metre*1079252848800;
lightsec=metre*3.33564*exp(-9)
lightyears=metre*1.057*exp(-16)
marathon=metre*2.36995*exp(-5);
micron=metre*1000000;
miles=metre*0.000621371;
mpc=metre*3.24077928966648*exp(-23);
nails=metre*17.4978;
nauticalleagues=metre*0.000179986;
naut_miles=metre*0.000539957;
olympictraithlonrun=metre*42.2/1000;
olympictraithlonswim=metre*3.8/1000;
olympictraithlonbike=metre*180/1000;
olympictraithlons=metre*1500/1000;
planckslength=metre*6.25*exp(34);
post_picas=metre*2834.64566929;
yards=metre*1.09361;
%=====================================
1
7
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
% light intensity
LI=p(13);
candela=LI/12.57;
footcandel=LI/10.76;
footlambert=candela*0.3183 ;
lux=LI;
%===========================================
% Magnetic flux
gauss=p(14);
maxwell=gauss*6.4516*2.54;
teslas=gauss/10000;
weber=gauss*6.4516*exp(8)*2.54^2;
%==============================================
% power
watts=p(15);
BHP=watts*0.00134102;
kilowatt_Kw=watts/1000;
HP=watts*746;
MHP=watts*0.00135962;
mw=watts*1000;
%=================================================
% pressure
pascals=p(16);
atmospheres=pascals*9.86923*exp(-6);
bar=pascals*exp(-5);
inch_mercury=pascals*0.0002953;
inch_water=pascals*0.00401865;
milibar_mb=pascals*0.01;
mm_mercury=pascals*0.00750062;
poises=pascals*0.1;
lb_sqinch=pascals*0.000145038;
%==============================
%radioactivity
curies=p(17);
bacquerrel=curies*37000000000;
rutherford=curies*3700;
% =================================
%speed
mps=p(18);
kmph=mps/3.6;
milesph=mps*0.44704;
nau_mph=mps*80.51444444444444;
%=============
whos
% temperature
celcius=p(19);
1
8
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
fah=celcius*33.8;
kelvin=celcius+273.15;
R = celcius* 9/5 + 491.67;
%===============================
%time
sec=p(20);
centuries=sec*3.171*exp(-10);
day=sec*1.15741*exp(-5);
decades=sec*3.1709*exp(-9);
fortnight=sec*8.2672*exp(-7);
halakim=sec*0.3;
hours=sec/3600;
leapyear=sec/3.162*exp(7);
lunarcycle=sec*3.2660987312905*exp(-8);
lustrum=sec*6.3419583967529*exp(-9);
millenium=sec*3.171*exp(-11);
minutes=sec/60;
months=sec*3.80517*exp(-7);
sideraldays=sec*1.16058*exp(-5);
sideralyear=sec*3.16875*exp(-8);
weeks=sec*1.65344*exp(-6);
years=sec*3.17098*exp(-8);
%====================================
% weight
kg=p(21);
amu=kg*6.0228*exp(26);
blintzes=kg/10.35;
butterfirkin=kg*0.039368261104442 ;
carats=kg*5000;
grams=kg/1000;
earthmasses=kg*1.6744*exp(-25);
eng_stones=kg*0.157473;
funt=kg*2.4419;
grains=kg*15432.4;
imperialtons=kg*0.000984207;
jupiter=kg*5.2659294365455*exp(-28);
% *********************************************************************
Warning: Column headers from the file were modified to make them valid MATLAB
identifiers before creating variable names for the table. The original column
headers are saved in the VariableDescriptions property.
Set 'VariableNamingRule' to 'preserve' to use the original column headers as
table variable names.
p =
30
100
1000
1024
100
50
1000
500
20
1
9
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
10
256000
100
50
5
200
6
25
300
95
360
2000
degree =
30
tons_TNT =
0.1085
lightsec =
0.0412
lightyears =
1.1895e-05
Name
Size
A_Planckarea
A_acre
A_ares
A_barns
A_cricketpitches
A_dunams
A_footballfields
A_footballpitches
A_hectares
A_pings
A_sections
A_sqcm
A_sqft
A_sqinch
A_sqkm
A_sqmm
A_sqyards
A_stokes
A_surveyTownship
BHP
Elecvolt
Ghz
HP
Khz
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
Bytes
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
Class
Attributes
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
2
0
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
LI
MHP
Megaton
Mhz
T
UAE_Dirhams
US_dollars
amp_hr
ampere
angle_radians
angle_rev
angstrom
arc_minute
arc_sec
area
astro
atmospheres
aus_dollar
bacquerrel
bar
barellofoil
biots
bits
bitspersec
bri_pound
btu
bytes
bytespersec
calorie
cana_dollar
candela
cfm
cfs
coulombs
cricpitch
curies
degree
dyne
egy_pound
ergs
faradays
fathoms
feet
footcandel
footlambert
ftpounds
furlong
gauss
gigahetz
gm_TNT
halftriabike
halftriarun
halftriaswim
hands
hertzs
hk_dollars
hz
inch_mercury
inch_water
1x1
1x1
1x1
1x1
21x3
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
8
8
8
8
7175
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
double
double
double
double
table
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
2
1
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
inches
joules
kb
kg_TNT
kgforce
kibi
kilocalories
kilowatt_Kw
kmph
lb_sqinch
lightday
lighthours
lightmins
lightsec
lightyears
lpm
lps
lux
mal_ringts
marathon
mau_rupees
maxwell
mebi
megawatt
metre
micron
miles
milesph
milibar_mb
mm_mercury
mpc
mps
mw
nails
nau_mph
naut_miles
nauticalleagues
nepaleses
newton
nibble
olympictraithlonbike
olympictraithlonrun
olympictraithlons
olympictraithlonswim
p
pakistani
pascals
planckslength
poises
post_picas
poundforce
qatari
rupees
rutherford
sing_dollar
srilankan
teslas
thai_baht
therms
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
21x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
168
8
8
8
8
8
8
8
8
8
8
8
8
8
8
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
double
2
2
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
tons_TNT
turns
ukranian
watthours
watts
weber
yards
yen
1x1
1x1
1x1
1x1
1x1
1x1
1x1
1x1
8
8
8
8
8
8
8
8
double
double
double
double
double
double
double
double
Published with MATLAB® R2023a
2
3
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
2
4
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
Published with MATLAB® R2023b
SHARED RESPONSIBILITIES
Sr
Name of Team
Member
PRN
Work Shared
for Mini-Project
01
02
03
2
5
MINI PROJECT (PROGRAMMING AND PROBLEM SOLVING)
REFERENCES
 https://matlab.mathworks.com/
 https://in.mathworks.com/
 www.google.com
APPENDIX A
Par-inp.xlxs
Parameter
Angle
Area
Currency
Data Transfer rates
Electric charge
Electric current
Energy
Flow rate
Force
Frequency
Information size
length
light intensity and luminous intensity
magnetic flux and magnetic flux density
power
pressure
radioactivity
speed
temperature
time
weight
Inputs Units
degree
sq m
Rupees
bits per second
Coulombs
Amperes
Joules
litre per second
Newtons
GHz
bits
metres
Lumens
Gauss
watts
Pascals
Curies
Metre per seconds
celcius
seconds
Kilograms
Input values
30
100
1000
1024
100
50
1000
500
20
10
256000
100
50
5
200
6
25
300
95
360
2000
2
6