| no. | function data | description |
| 879 | Absolute_Humidity variables: r,tc formula: 13.2065/(tc+273.15)*r*(10^(7.4475*tc/(tc ... author: ceh | Calculate Absolute Humidity in grams / m^3 of air from (r) % Relative Humidity at a specified Temperature (tc) in degrees celsius |
| 880 | Absolute_Humidity2 variables: r,tf formula: 13.2065/(((tf-32)/1.8)+273.15)*r*(10^(7. ... author: ceh | Calculate Absolute Humidity in grams / m^3 of air from (r) % Relative Humidity at a specified Temperature (tf) in degrees fahrenheit |
| 929 | acre2sqfeet variables: acre formula: acre*43560 author: Will Pittenger | Converts from acres to square feet |
| 505 | Act_P variables: U,I,fi formula: U*I*Cos(fi*Pi/180) author: Srbin | Derives Active Power (watts) out of current (Amps), voltage (volts) and angle (degrees) U*I*Cos(fi*Pi/180) |
| 506 | Act_P variables: U,I,fi formula: U*I*Cos(fi*Pi/180) author: Srbin | Derives Active Power(watts) out of current (Amps), voltage (volts) and angle (degrees) U*I*Cos(fi*Pi/180) |
| 613 | ADConv variables: volt,ref,bits formula: If(And(volt>=0;volt[author: MF.] | Calculate output ADC digital value |
| 440 | ADCresultForAVR variables: Vref,Vin formula: (Vin*1024)/Vref author: tomm | Calculates ADC conversion result for AVR uC with ADC unit. |
| 502 | ADCresultForAVR variables: Vref,Vin formula: (Vin*1024)/Vref author: tomm | Calculates ADC conversion result for AVR uC with ADC unit. |
| 606 | AddPVM variables: x,pvmAdd formula: x*pvmAdd%+x author: Amigo | Example: 100*1%+100=101 |
| 924 | AltiumColor variables: Red,Green,Blue formula: Red+Green*256+Blue*256^2 author: mcc | Calcula o valor da cor RGB de uma folha do Altium |
| 530 | Ampare variables: Watts,Volt formula: Watts/Volt author: Hye-Won | Àü·ù(A)=Àü·Â(W)/Àü¾Ð(V) |
| 409 | Amperes variables: Volts,Ohms formula: Volts/Ohms author: Sorin Stoenescu | Calculate electric current for a given voltage and resistance |
| 410 | Amperes2 variables: Watts,Volts formula: Watts/Volts author: Sorin Stoenescu stoenescusorin@yahoo.com | Calculate electric current for a given power (watts) and voltage |
| 476 | ArcLenDMS variables: D1,M1,S1,D2,M2,S2,r formula: r*((D1+M1*(1/60)+S1*(1/3600))-(D2+M2*(1/ ... author: Craig/relki@Hotmail.com | Arc Length with DMS as input |
| 439 | arcoingradi variables: nm formula: nm/3440.07*180/Pi author: perego | trovare l’arco in gradi partendo dalle miglia |
| 319 | AreaCircle variables: dia formula: Pi*dia^2/4 author: Gregory Psychogyios | Restituisce l’area del cerchio di cui si conosce il diametro |
| 855 | AvgFuelLiters variables: Km,Liters formula: 100/(Km/Liters) author: zbures | Returns Average Consumption of Liters per 100 km |
| 847 | AVR_CtcTimerOcrValue variables: frequency,prescaler,period formula: period/(1/(frequency/prescaler)) author: JnS | For AVR devices. Returns timer OCR value in CTC mode. |
| 774 | AVR_CtcTimerPeriod variables: frequency,prescaler,ocrValue formula: ocrValue*(1/(frequency/prescaler)) author: JnS | For AVR devices. Returns timer interrupt period in CTC mode. |
| 669 | BendAllowance variables: K,T,R,An formula: 0.01745*(R+(K*T))*An author: JF | Calculates Bend Allowance for a given bend condition |
| 575 | Bitrate variables: Seconds formula: Div(699*1024*1024/1000*8/Seconds;8)*8 author: Maple | Input length in seconds to retrieve required bitrate per 700 MiB |
| 881 | Bits_dB variables: dB formula: (dB-1.761)/6.02 author: ceh | Calculation of effective number of binary bits from dynamic range or SNR dB (dB). |
| 285 | BitToMbyte variables: bit formula: bit/8192 author: Peter | Converting bits to megabayte For the ever confusing discusions about how fast your DLS modem is. |
| 357 | BMI variables: height_m,weight_kg formula: weight_kg/(height_m*height_m) author: | The body mass index (BMI), or Quetelet index is a statistical measurement which compares a person’s weight and height. More info: http://en.wikipedia.org/wiki/Body_mass_index |
| 604 | BMI variables: peso_kg,altezza_m formula: peso_kg/(altezza_m^2) author: Erik Artaz - erik.artaz@gmail.com | Calcolo dell’ indice di massa corporea Body Mass Index |
| 289 | Boltzman variables: formula: 1.380662E-23 author: unknown | Boltzman constant |
| 549 | CCTV_LensAngle variables: width,distance formula: 2*ATan((width/2)/distance) author: daniel | ATan ¸¦ ÀÌ¿ëÇÑ CCTV ·»ÁîÀÇ È°¢ ±¸Çϱâ.
ȸ鿡 ÃÔ»óµÈ ÇÇ»çüÀÇ ¼öÆòÆø=width Ä«¸Þ¶ó ·»Áî ÃÊÁ¡¿¡¼ºÎÅÍ ÇÇ»çü±îÁö ¼öÁ÷°Å¸®=distance |
| 551 | CCTV_Resolution variables: max_voltage,min_voltage formula: ((max_voltage-min_voltage)/(max_voltage+ ... author: daniel | CCTV Ä«¸Þ¶ó ÇØ»óµµ °è»ê CCTV Lab. CCTV Camera Resolution.
¼±ÅÃÇÑ ¶óÀο¡¼ °¡Àå ³ôÀº Àü¾Ð°ú °¡Àå³·Àº ÀüÀ»À» ÀÔ·ÂÇÑ´Ù. |
| 866 | Ceiling variables: value,DecimalPlaces formula: (Div(value*10^DecimalPlaces;1)+1)/10^Dec ... author: Will Pittenger | Like floor, removes the decimal places to the specified point, but adds 1 to the result. |
| 134 | CelsiusToFarengheit variables: celsius formula: 1,8*celsius+32 author: Knoppix/knoppix@starlink.ru | Converts temperature from Celsius to Farengheit. |
| 157 | CircleCircumference1 variables: radius formula: 2*Pi*radius author: author unknown | Circumference of circle - given radius. |
| 397 | CircleDiameterToSquareSide variables: CircleDiameter formula: (Cos(45)*(CircleDiameter/2))*2 author: unknown | The side of the largest square within a circle with given the diameter. |
| 513 | Cnr variables: number1,number2 formula: (number1!)/(number2!*((number1-number2)! ... author: Lonbo/uniking0617@gmail.com | C(n;r)=n!/(m!*(n-m)!) |
| 921 | ConeVolume variables: r,h formula: Pi*r^2*h author: unknown | |
| 179 | Consumption variables: FuelLitre,DistanceKm formula: FuelLitre/(DistanceKm/100) author: Patyi/bobafett@hdsnet.hu | Calculates avarage fuel consumption in (litre in 100km). |
| 356 | CoolingLoadChiller variables: gpm,dt formula: (500*gpm*dt)/12000 author: Leon P | Find tons of cooling required (tons of cooling) |
| 693 | Cplx variables: a0,b0,a1,b1,operator,re_im formula: If(operator==1;If(re_im==1;(a0*a1+b0*b1) ... author: Sciliquant/nikblazic@hotmail.com / Srbija | Complex numbers Function cplx( Re1; Im1; Re2; Im2; operator; re/im) example: cplx(-1;1;5;-4;cdiv;re)
define this variables:
cmul = 4 // multiply csub = 3 // subtract cadd = 2 // addition cdiv = 1 // division re = 1 // real im = 2 // imaginary |
| 920 | DegreesToRadians variables: degrees formula: degrees*Pi/180 author: Will Pittenger | Converts from degrees to radians |
| 156 | DiskArea1 variables: radius formula: Pi*radius^2 author: author unknown | Area of disk - given radius length. |
| 501 | Dosis variables: X,Y formula: (X*5)/Y author: Dr. Migue Edo. Poblete Sepúlveda | X: CANTIDAD Y: CONCENTRACIÓN |
| 624 | Drag variables: speed,area,Cx,density formula: 0,5*density*area*Cx*speed*speed author: Y.LEPAGE | Compute shape drag |
| 284 | dse_off_angle variables: PanStroke,AngleOfAttack,AngleOfDrive formula: (PanStroke/2)*Cos(AngleOfAttack-AngleOfD ... author: unknown | Calculate drive shaft eccentric. |
| 550 | Dynamic_Range variables: max_illumination,min_illumination formula: 20*Log10(max_illumination/min_illuminati ... author: daniel | ´ÙÀ̳ª¹Í ·¹ÀÎÁö(dB) °è»ê
°¡Àå ¹àÀº ºÎºÐ = max_illumination °¡Àå ¾îµÎ¿î ºÎºÐ = min_illumination |
| 261 | ElectronCharge variables: formula: 1.602176487E-19 author: unknown | Electric charge of electron [C] |
| 383 | EllipseX variables: Y,EllipseMajR,EllipseMinR formula: EllipseMajR*Root(1-(Y/EllipseMinR)^2) author: Sergey A Shilov | Calculate Ellipse X coordinate by input known Y coordinate, Ellipse Semimajor and Semiminor Radiuses. |
| 384 | EllipseY variables: X,EllipseMajR,EllipseMinR formula: EllipseMinR*Root(1-(X/EllipseMajR)^2) author: Sergey A Shilov | Calculate Ellipse Y coordinate by input known X coordinate, Ellipse Semimajor and Semiminor Radiuses. |
| 661 | EV variables: Fnumber,Tshutter formula: Int(Log2(Fnumber^2/Tshutter)+0.1) author: adrian.panton@btinternet.com | The Fuction calculates the Exposure Value with given Fnumber and Tshutter. The value is then rounded up to be an integer. Example: EV(5.6;1/8000)=18 |
| 424 | ExtcoeffToAbscoeffCm1 variables: k formula: k*4*Pi/4E-5 author: matthew/mat.matthew@wp.pl | Calculate absorption coefficient from extinction coefficient for wavelength of 400 nm |
| 776 | Fahrenheit2Celsuis variables: Fahrenheit formula: (Fahrenheit-32)*5/9 author: Will Pittenger | Converts from Fahrenheit to Celsuis |
| 558 | FindCommValue variables: PrezzoA,QuantA,Min,Max,Perc formula: If(QuantA*PrezzoA*Percauthor: sIMPLYmE4U4Free | Dati i valori del Minimale, Massimale e del Tasso di comm.ne applicabilii ad un ordine, la q.tà ed il prezzo del bene, stabilisce quale caso viene applicato e l’entità della comm.ne stessa. Es. Min=2; Max=25; Perc=0.00175 (0.175%) |
| 497 | Floor variables: Value,DecimalPlaces formula: Div(Value*10^DecimalPlaces;1)/10^Decimal ... author: Will Pittenger | Similar to Round, but simply truncates the number at the specified point. |
| 230 | fpm variables: dia,rpm formula: Pi*(dia/12)*rpm author: unknown | |
| 318 | gainN_AV variables: quantita,prezzo1,prezzo2 formula: quantita*(prezzo2-prezzo1)-25,9 author: valter | Calcola il guadagno netto di una operazione di Acquisto -> Vendita |
| 481 | Ganho variables: venda,compra formula: ((venda/compra)-1)*100 author: Luis Dias | Calcula em percentagem a variaçao entre o Valor de compra e o Valor de venda. |
| 143 | GPM variables: wholesale,retail formula: ((retail-wholesale)/retail)*100 author: Bob S. | Gross Profit Margin calculation |
| 366 | GreatDistance variables: latitude1,longitude1,latitude2,longitude2 formula: 6372.795*2*ASin((Sin((latitude2-latitude ... author: rafalroman@gmail.com | The shortest distance between any two points on the surface of a sphere measured along a path on the surface of the sphere. |
| 205 | Hypotenuse variables: kathete1,kathete2 formula: (kathete1^2+kathete2^2)^0,5 author: selbst | Satz des Pythagoras, Bestimmung der Hypotenuse |
| 701 | Inv variables: x formula: 1/x author: unknown | ritona l’inverso |
| 560 | IRE_to_mV variables: IRE formula: (714*IRE)/100 author: daniel | |
| 773 | isDevideBy2 variables: x formula: Not(Mod(x;2)) author: MH | Is number can be devide by 2 without rest |
| 206 | Kathete variables: hypotenuse,kathete formula: (hypotenuse^2-kathete^2)^0,5 author: goedde-meesker/an@franzgoed.de | Satz des Pythagoras, Bestimmung einer Kathete |
| 621 | KatyDachuKopertowego variables: kat formula: ATan((Root(2))/2*Tan(kat)) author: kamil | K¹ty dachu kopertowego. K¹t krokwi skoœnej w odniesieniu do k¹ta krokwi "normalnej". |
| 704 | kg2pound variables: kg formula: kg*2.205 author: Will Pittenger | Converts kilograms into pounds |
| 686 | Kilometers2Miles variables: kilometers formula: kilometers/1.609344 author: Will Pittenger | Converts kilometers into english miles. |
| 344 | km2m variables: x formula: x*1000 author: Will Pittenger | Converts kilometers to meters |
| 434 | KmLiter2MileGallon variables: Km_Liter formula: Km_Liter*0,354 author: Ursus | Convert Km/Liter to Mile/Gallon |
| 321 | LCUavg variables: T1,Slope,First,Last formula: T1*((Last+0.5)^(Ln(Slope)/Ln(2)+1)-(Firs ... author: Timark | Learning curve calculation, unit curve theory, lot average unit result. T1 = first unit value, Slope = learning curve slope as decimal value (eg: use 0.85 for 85% slope), First = first unit in lot, Last = last unit in lot. |
| 322 | LCUlot variables: T1,Slope,First,Last formula: T1*((Last+0.5)^(Ln(Slope)/Ln(2)+1)-(Firs ... author: timark | Learning curve calculation, unit curve theory, total lot result. T1 = first unit value, Slope = learning curve slope as decimal value (eg: use 0.85 for 85% slope), First = first unit in lot, Last = last unit in lot. |
| 843 | LeapYear variables: year formula: And(Mod(year;4)==0;(Or(Mod(year;100)<>0; ... author: K.A.R.R. | If the year entered is a leap (or intercalary or bissextile) year, this function returns 1 (true); else, 0 (false). |
| 345 | m2km variables: x formula: x/1000 author: Will Pittenger | Converts meters to kilometers |
| 449 | Marge variables: PV,PR formula: (PV-PR)/PV*100 author: Nurun-Hervé Folleau | Calcul de la Marge par rapport à un Prix de Vente et un Prix de Revient (ou Prix d’Achat) exemple : Marge(1230;850) = 30,89% |
| 142 | Margin variables: cost,sell formula: ((sell-cost)/sell*100) author: Bob S | Returns gross profit margin. |
| 99 | MarginKr variables: koeb,salg formula: salg-(koeb/1,16*1,25*7,46) author: Kenneth Østergaard | Beregner margin i DKK udfra: Købspris (koeb) i EUR inkl. tysk moms (16%) Salgspris (salg) i DKK inkl. dansk moms (25%) |
| 100 | MarginPct variables: koeb,salg formula: (salg-(koeb/1,16*1,25*7,46))/salg author: Kenneth Østergaard | Beregner margin i procent udfra: Købspris (koeb) i EUR inkl. tysk moms (16%) Salgspris (salg) i DKK inkl. dansk moms (25%) |
| 286 | MbyteToBit variables: bit formula: bit*8192 author: unknown | |
| 435 | Meters2Yards variables: meters formula: meters/0.9144 author: Will Pittenger | Converts meters to yards. |
| 503 | mi2yd variables: x formula: x*1760 author: Will Pittenger | Converts miles into yards |
| 556 | MidPrice variables: QuantI,QuotI,QuantA,QuotA formula: ((QuantI*QuotI)+(QuantA*QuotA))/(QuantI+ ... author: sIMPLYmE4U4Free | Calcola Il PrezzoMedio tra due Acquisti Successivi a Quotazioni Differenti. QuantI = Quantità Iniziale (già in possesso o di 1° Acquisto) QuotI = Prezzo Iniziale (prezzo del 1° Acquisto) QuantA = Quantità 2° Acquisto QuotA = Prezzo del 2° Acquisto. |
| 433 | MileGallon2KmLiter variables: Mile_Gallon formula: Mile_Gallon/0,354 author: Ursus | Convert Mile/Gallon to Km/Liter |
| 346 | Miles2Kilometers variables: miles formula: miles*1.609344 author: Will Pittenger | Converts statute miles to kilometers. |
| 786 | Minecraftdamage variables: n formula: (n-3)/2 author: Philipe Rabelo| philipe_elvis_preslei@hotmail.com | This function calculates how many damage you take from falling at high places(like cliffs). Example: ”How many damage will I take if I fall from 23 blocks?” D = (N-3)/2, where D is damage(in hearts), N is number of blocks. D =(23-3)2=>D=20/2 D=10hp |
| 561 | mV_to_IRE variables: mV formula: (100*mV)/714 author: daniel | |
| 694 | N1overN2 variables: up_num,down_num formula: up_num!/(down_num!*(up_num-down_num)!) author: Sciliquant / nikblazic@hotmail.com / Srbija | Binominal formula for calculating N1overN2 N1onN2(n;k)
n / n = 1 n / 0 = 1 N1onN2(15;15) = 1 N1onN2(15;0) = 1
n/1 = n n/(n-1) = n N1onN2(15;1) = 15 N1onN2(15;15-1) = 15
n / k = n / (k-n) N1onN2(15;3) = 455 N1onN2(15;15-3) = 455 |
| 905 | naklad_prevodu_kc variables: castka,pocet formula: (((castka*0,014)+15,5)*pocet) author: PeS | castka = castka prevodu pocet = pocet prevodu za mesic |
| 341 | nm_to_eV variables: lambda formula: 1239.84190820754/lambda author: matthew/mat.matthew@wp.pl | Returns bandgap in [eV] for wavelength in [nm] |
| 601 | Nusselt variables: Ra,Pr formula: 0.68+0.67*Ra^(1/4)/((1+(0.492/Pr)^(9/16) ... author: k.lari | Empirical correlation for average Nusselt number for free convection at a vertical wall. |
| 511 | P variables: number1,number2 formula: number1!/((number1-number2)!) author: Lonbo/uniking0617@gmail.com | P(n,r)=n!/((n-r)!) |
| 163 | PDV variables: Iznos formula: Iznos*1,18 author: author unknown | Iznos + PDV = Iznos + 18%(Iznos) |
| 196 | Phi variables: formula: (1+Root(5))/2 author: unknown | Golden ratio |
| 489 | PipeSedimentVolume variables: Diameter,Depth,Length formula: ((Diameter/2)^2*ACos(1-2*Depth/Diameter) ... author: Tony Lorton, tlorton@absamail.co.za | Calculates the volume of sediment in a drainage pipe given: - Diameter of pipe, in metres, - Depth (average) of sediment, in metres - Length of pipe, in metres. Note: deg/rad/grad must be set to ”rad”. |
| 573 | PKrug variables: Precnik_R formula: (((Precnik_R/2)^2)*Pi)/2 author: nebojsa4@gmail.com | Povrsina kruga - upisati precnik (R) |
| 705 | pound2kg variables: pounds formula: pounds/2.205 author: Will Pittenger | Converts pounds into kilograms |
| 315 | power variables: v,r0 formula: 10*Log10(v^2/(2*r0)) author: lsh | Çó¹¦ÂÊ |
| 401 | Power variables: Volts,Ohms formula: Volts^2/Ohms author: Sorin Stoenescu | Calculate electric power for a given voltage and resistance |
| 667 | Power variables: Volts,Ohms formula: Volts^2/Ohms author: Sorin Stoenescu | Calculate electric power for a given voltage and resistance |
| 402 | Power2 variables: Amperes,Ohms formula: Amperes^2*Ohms author: Sorin Stoenescu | Calculate electric power for a given ampere and resistance |
| 403 | Power3 variables: Volts,Amperes formula: Volts*Amperes author: Sorin Stoenescu | Calculate electric power for a given voltage and amperes |
| 310 | PPM variables: Reject,Built formula: (Reject/Built)*1000000 author: Jackie | Parts per Million
PPM(Reject/Built)*1000000 Example: PPM(10;100) = 100,000 |
| 612 | PredkoscPrzeplywu variables: przeplyw,srednica_rury formula: (przeplyw/3600)/(Pi*(srednica_rury/2000) ... author: Luka | Oblicza prêdkoœæ przep³ywu dla podanego przep³ywu [m3/h] i œrednicy rury [mm]. |
| 539 | PrezzoLordoACommMinMaxPerc variables: NumA,PrezzoA,MinA,MaxA,PercA formula: If(NumA*PrezzoA*PercAauthor: sIMPLYmE4U4Free | Es.: NumA = Numero di Azioni comprate; PrezzoA = Quotazione; MinA = Minimale Comm. di Acq.; MaxA = Massimale Comm. di Acq.; PercA = % di Comm. di Acq. Es.: 100 az. a 1€; Minimale 2€; Massimale 25€; Tasso Comm.= 0,0017 (0,17%) |
| 540 | PrezzoLordoCommA variables: NumA,PrezzoA,CommA formula: (PrezzoA*NumA+CommA)/NumA author: sIMPLYmE4U4Free | Calcola il prezzo Lordo di Acquisto di un Bene, noti La Quantità di beni acquistata (NumA) il Prezzo netto (PrezzoA), e il valore economico della Commissione di Acquisto CommA (es.: Quotaz. netta di un’azione + le commissioni ---> Quotaz. Lorda). |
| 541 | PrezzoLordoCommV variables: NumV,PrezzoV,CommV formula: (NumV*PrezzoV-CommV)/NumV author: sIMPLYmE4U4Free | Calcola il prezzo Lordo di Vendita di un Bene, noti La Quantità di beni venduta (NumV) il Prezzo netto (PrezzoV), e il valore economico della Commissione di Vendita CommV (es.: Quotaz. netta di un’azione - le commissioni ---> Quotaz. Lorda). |
| 542 | PrezzoLordoVCommMinMaxPerc variables: NumV,PrezzoV,MinV,MaxV,PercV formula: If(NumV*PrezzoV*PercVauthor: sIMPLYmE4U4Free | Calcolo della quotazione effettiva di vendita di un lotto di azioni al netto delle commissioni di Vendita applicate sulla base del Minimale, e/o Massimale e/o Percentuale di commissioni applicate dall’intermediario (Banca o Broker) |
| 257 | ProdVec variables: rx,ry,rz,fx,fy,fz formula: Root((ry*fz-fy*rz)^2+(rx*fz-fx*rz)^2+(rx ... author: TOP Industries | Vector product F1 x F2 in absolute value |
| 543 | ProfitLossAV variables: PrezzoA,PrezzoV formula: ((PrezzoV/PrezzoA)-1)*100 author: sIMPLYmE4U4Free | Calcola il Valore percentile di Profitto o di Perdita di una operazione di Acquisto e Vendita di un bene. Inserire nell’ordine i Parametri: PrezzoA (prezzo di Acquisto) e PrezzoV (Prezzo di Vendita) del Bene. Es.: ((110/100)-1)*100 = 10(%) |
| 544 | ProfitLossAVTasso variables: PrezzoA,PrezzoV formula: (PrezzoV/PrezzoA)-1 author: sIMPLYmE4U4Free | Calcola il Valore del Tasso percentuale di Profitto o di Perdita di una operazione di Acquisto e Vendita di un bene. Inserire nell’ordine i Parametri: PrezzoA (prezzo di Acquisto) e PrezzoV (Prezzo di Vendita) del Bene. Es.: 110/100-1 = 0,1 |
| 629 | Profx100 variables: PzzoA,PzzoV formula: 100*(PzzoV-PzzoA)/PzzoA author: unknown | Long: Calcolo del Profitto in Percento (%) |
| 485 | PrzyspieszenieZiemskie variables: szerokosc,wysokosc formula: 9,780318*(1+0,0053024*Sin(szerokosc)^2-5 ... author: MF | Oblicza przyspieszenie ziemskie na podstawie szerokoœci i wysokoœci geograficznej. |
| 509 | quadratic1 variables: number1,number2,number3 formula: (Root(number2*number2-4*number1*number3) ... author: Lonbo/uniking0617@gmail.com | quadratic formula (-b+(b^2-4*a*c)^(1/2))/(2*a)
quadratic1(a;b;c) |
| 611 | QV variables: P,DN,dt formula: ((P/1,163/dt)/3600)/(Pi*(DN/2000)^2) author: Luka | OBlicza prêdkoœæ przep³ywu dla podanej Mocy, Œrednicy i Ró¿nicy temp. |
| 389 | RePercent variables: Size1,Size2 formula: (Size1/Size2)*100 author: Nimto | |
| 406 | Resistance variables: Volts,Amperes formula: Volts/Amperes author: Sorin Stoenescu | Calculate resistance for a given voltage and amperes |
| 407 | Resistance2 variables: Volts,Watts formula: Volts^2/Watts author: Sorin Stoenescu | Calculate resistance for a given voltage and power (watts) |
| 408 | Resistance3 variables: Watts,Amperes formula: Watts/Amperes^2 author: Sorin Stoenescu stoenescusorin@yahoo.com | Calculate resistance for a given power (watts) and amperes |
| 432 | Round variables: Value,AfterComa formula: If(Value>0;Int(Value*10^AfterComa+0,5)/( ... author: Jerzy Znamirowski | Returns the rounded value to the given position after coma. If AfterComa is negative value, returns rounded value to the dozens, hundreds, ect.
Examples: Round(1,234;2) = 1,23 Round(-1,235;2) = -1,24 Round(1234;2) = 1200 Round(1254;2) = 1300 |
| 602 | Rpar variables: R1,R2 formula: (R1*R2)/(R1+R2) author: MF | Value of two parell connected resistors |
| 283 | SANF variables: Age formula: 118,1-(0,57*Age) author: nom | Cardiac Seno-atrial node frequency. (beats per minute) Age >= 70. |
| 238 | shl variables: Value,Bits formula: Value*(2^Bits) author: Lillyann.Chaplin@yahoo.de | Shifts the value ’Bits’ to the left |
| 239 | shr variables: Value,Bits formula: Value/(2^Bits) author: Lillyann.Chaplin@yahoo.de | Shifts the value ’Bits’ to the right |
| 478 | Speed_RPM variables: speed_ms,ratio,diameter_mm formula: (speed_ms/(diameter_mm/2/1000))*ratio*(6 ... author: Nicolas | Speed in [PRM] from Speed in [m/seg], Gearbox Ratio, and Wheel diameter [mm]. |
| 930 | sqfeet2acre variables: f2 formula: f2/43560 author: Will Pittenger | Converts from square feet to acres |
| 607 | SubPVM variables: x,pvmSub formula: x-x*pvmSub% author: Amigo | Example: 100-100*1%=99 |
| 201 | TVx variables: diagonal_inch formula: 16*2,54*diagonal_inch/Root(16^2+9^2) author: Robert P³oucha | Width of a TV screen in 16:9 standard. Result in [cm]. |
| 487 | TVy variables: diagonal_inch formula: 9*2,54*diagonal_inch/Root(16^2+9^2) author: Marek F. | Height of TV screen 16:9. |
| 387 | TwosComp variables: number,bit formula: If(number<2^bit;If(number>2^bit/2-1;-(2^ ... author: Didier Jonkers / didier.jonkers@gmail.com | Returns the two’s complement of a binary number stored in a given amount of bits.
Example: To find the two’s complement of a 4-bit number with the value 12 i.e. binary (1100): TwoComp(12;4) = -4 OR TwoComp(Bin(1100);4) = -4 Note: Out of range = 0 |
| 368 | Val_rezolutie variables: maxdim_cm formula: 10000/(maxdim_cm/2.54) author: Adrian | Calculul rezolutiei optime pt printare |
| 574 | VCevi variables: Precnik_R,Duzina formula: ((((Precnik_R/2)^2)*Pi)/2)*Duzina author: nebojsa4@gmail.com | Zapremina valjka - cevi. Upisati precnik (R) kruga/cevi i duzinu. |
| 576 | Videoquality variables: Height,Width,Framerate,Bitspersecond formula: Bitspersecond*1000/(Height*Width*Framera ... author: Maple | Gives a quality factor based on the height, width, frame rate and bits per second for compressed video. (For H.264/MPEG-4 AVC keep the quality factor above 0.10 for an acceptable result and for regular MPEG-4, like Xvid, keep the factor above 0.15.) |
| 525 | Vn variables: di,w,T formula: ((di/1000)^2*Pi/4*w*3600)*273,15/(273,15 ... author: ortner.franz@inode.at | Berechnung Nennvolumenstrom in Rohrleitungen |
| 404 | Volts variables: Watts,Amperes formula: Watts/Amperes author: Sorin Stoenescu stoenescusorin@yahoo.com | Calculate voltage for a given power(watts) and amperes |
| 405 | Volts2 variables: Amperes,Ohms formula: Amperes*Ohms author: Sorin Stoenescu stoenescusorin@yahoo.com | Calculate voltage for a given amperes and resistance |
| 324 | VolumeEmLitros variables: comprimento,altura,largura formula: (comprimento*altura*largura)*1000 author: Silvio Ricardo (ricardokurt@hotmail.com) | Calcula o volume de um recipiente em litros (medidas recebidas em metros). |
| 282 | VolumeOfRectangularTankInImpGall variables: length,width,height,heightloss formula: (length*width*(height-heightloss)*6.232) author: Anthony Albert | To calculate Effective capacity of a tank Dimensions in feet Result in Imperial Gallons |
| 846 | VoutForVoltageDivider variables: Vpos,Vneg,R1,R2 formula: (Vpos-Vneg)*(R2/(R1+R2)) author: JnS | Calculates output voltage for basic voltage divider. |
| 848 | VoutForVoltageDivider variables: Vpos,Vneg,R1,R2 formula: Vneg+((Vpos-Vneg)*(R2/(R1+R2))) author: JnS | Calculates output voltage for basic voltage divider. |
| 482 | WaveEMC variables: x formula: 299792458/x author: Marek.F | Calculates the length of electromagnetic wave in the air. |
| 486 | WaveEMC variables: Frequency_Hz formula: 299792458/(Frequency_Hz*1,0003) author: Marek F. | EM wave lenght [meters] in air. |
| 622 | WciecieKrokwi variables: kat,odleglosc formula: odleglosc*((ATan((Root(2))/2*Tan(kat)))/ ... author: kamil | Wciecie w krokwi skoœnej w zale¿noœci od k¹ta normalnego dachu i odlegloœci od góry krokwi do zeba dachu normalnego. |
| 347 | Yards2Meters variables: x formula: x*0.9144 author: Will Pittenger | Converts yards to meters. |
| 687 | Yards2Miles variables: yards formula: yards/1760 author: Will Pittenger | Converts yards into english miles. |