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M conversions

μ = mu

= permeab.

= w/Am

= B(gauss)/H(oersted)

= relation to air as path for mag. lines of force

= k_mμ₀

μ = micro

μ = dipole moment

μ₀ = 12.57 · 10^-7

μ_air = w/Am

= 1

μN/l = B/I

μA = microAmp

μF = microFarad

M = mega

M = mag. moment

= Torque_max exerted on magnet : magnetizing force of field around mag.

= F_w

= moment of couple

= BIlwsinΦ

= BAIsinΦ

= ΦIsinΦ

= NΦIsinΦ

= torque of motor

= meter Newtons

= .7376 NΦI sinΦ ftlbs

= weber/m²

M = Absolute Magnitude

= mg + 5 + 5 log π"

M_photon = (hν/c²)·c

= hν/c

= h/λ

M_T = .7376 N_cM_c (ftlbs)

[M⁺] = (g₁/V₁) ∙ (mol₁/MW₁) ∙ (mol M⁺/mol₁)

м = molarity

= n/V_(L)

= [ ]_(liquid)

= PP_(gas))

= moles/liter

= moles/vol.

= grams xy/vol.

= dm(%)/m/mole

= n₁/V_T

= ([A]/% dissoc.) ∙ 100%

= (x/% dissoc.) ∙ 100%

м_water = 55

м₁ = V₂м₂/V₁

м₁ - x = x²/k

= (x + м₂)(x + м₃)/k

м_A = k_sp

= k_sp/м_B

= 10^-pH

= x

= x + м₂

= (x/% dissoc.) ∙ 100%

м_i = [i]

ln м = (Ĝ_{i, sol't} - Ĝ^θ_i )/RT (dilute sol'n)

m = f/a

= mass

= fΔt/Δv

= fl/v²

= F3l/Nv²_mean

= P3l³/Nv²_mean

= 3PV/nN_Av²_mean

= 3RT/N_Av²_mean

= 6RT/N_Av²_mean

= 3TK/v²_mean

= 2 K.E./Nv²_mean

= MW ∙ N_A

= Plt²

= nh/2πvr

= n²h²/e²r4π²

= 1.09677 ∙ 10⁷/R_H

= R_Hch³/2π²e⁴

= Ft²/l

= (E + 2e²/r)/.5v²

= En²h²/-2π²Ζ²e⁴

= h/λν

= ΔEh²/(2π²e⁴[1/n²_i - 1/n²_f])

= PlA/Nv²

= Ζe²/v²r

= l/vr

= GRT/v²_meanN_A

= h³c/2π²e⁴mλ[1/n²_i - 1/n²_f]

= h/2πrnv

= En²h²/-2π²e⁴Ζ²

= e²/v²r

= N/Pa

= n₁(1000)/g₂

= n₁/kg_T

= n₁/liter

= 2(E - hν₀)/v²

= 2(-hν -hν₀)/v²

= 2(E_photon - ε)/v²

= ch³/2π²e⁴λ[1/n²_f - 1/n²_i]

= rn²h²/4π²e²v²

= nh/λν2πr

= l/vrt

= h²d²ψ/8π²dx²(Eψ - Vψ)

= ΔT/k_b

= ΔT/ik_F

= -ΔT/k_F

m = meter

= metre

= 39.4 in

= 3.281 ft (k₂)

= 6.2138 ∙ 10^-4 mi

= 2.22 ∙ 10¹² d/Curie

= 3.3333 ∙ 10^-9 c ∙ sec.

= 7.6923 ∙ 10¹⁴ r_o

= 1.097 ∙ 10⁷ R_H^-1

= 1.09677 ∙ 10⁷ /R_H

= 3.336 ∙ 10^-7 c ∙ sec.

m = molality

= n₁(1000)/g₂

= (d ∙ m%)/(m/mol)

m = (y₂ - y₁) / (x₂ - x₁)

m = milli

m² = square meters

= Newton/Pascal

= N/Pa

= meter²

= (volt ∙ s³A)/kg

= (w ∙ s³)/kg

= e²/v²r

= 10000 cm²

= 1000000 mm²

= 10.75 ft²

= 10.76 ft²

= 1.19 yd²

= centiare

= 10²⁸ barn

= 10⁵ Dyne/Pascal

= 133 N/mmHg

= .12 sec² n k R/kg

= ft²/.09

= yard²/.84

m³ = cubic meters

= 34.33 ft³

= 35.31 ft³

= 1.31 yd³

= 1,000,000 cm³

= 10⁶ cm³

= 1000 L

= 10³ L

Δm = MW₁ - (MW₂ + ₂⁴)

m/ = m₁/m_T

m/min = 3.281 ft/min

m% = m₁/m_T

m_c = Φi sinΦ (meter-Newton)

m cubed = kukikmetre

m,m' = strength of poles

m_photon = E^- photon/c²

= hν/c²

= h/cλ

= m₀/√1-v²/c²

m_T = N_cm_c (meter-Newtons)

= .7376 N_cm_c (ft lbs)

= Torque

mA = milliAmp

MA = mechanical advantage

= # strands - effort strand unless it moves in same direction as resistance (pulleys)

= (EA ∙ RA)/2

= EA/RA

= EA/RA (all levers)

< 1 (3rd class lever)

= ED/RD (inclined plane)

mag. Conduction I = rate of flow of magnetism through magnetized body

mag. cycle = sequence of changes in magnetizatiom of object corresponding to one cycle of AC producing magnetization

mag. curve = plot showing successive states of magnetization of FM material

mag. curve_normal = portion of hysteresis loop

mag. curve_virgin = first magnetization

mag. density = # of lines of mag. force passing through magnet or mf per unit area of x-section

mag. hysteresis loop - closed curve showing induction of magnetization in magnetic substance as a function of the magnetization

mag. pole strength = M of magnetized body/distance between poles

mag. pot'l difference = line integral of magnetizing force between 2 pts in a mf

mag. susceptibility = ratio of intensity of magnetization to the corresponding value of magnetizing force

mag. induction = mag. displacement

= mag. flux density

mag. dip = mag. inclination

= angle of earth mf with horizontal @ particular location

mag. units = unit/mag. quantity measure

= amp-turn, gauss, gilbert, line of force, maxwell, oersted, unit mag. pole

magnetization intensity = pt in magnetized body

= M of element of volume surrounding pt : infinitesimal volume

Magn. Int. = H

= A turns/ meter

magnetic field = space where mag. mat'l tend to become magnetized

magnetizing field strength = instantaneous strength of mf toward mag. material sample

magnetizing force = magnetomotive force (gilberts)/l(cm)

= magnetic field strength

= mmf/unit length @ any pt in mag. circuit

= oersted (cgs)

magnetomotive force = inducing or magnetizing force

magnetoresistance = Δ in E^- conductivity of material with mf application

Mandel (G.) = fifteen

maneh = number

manthenein = learn

many = polys

MAP = mean arterial pressure

= CO ∙ R_{T periph}

= (Sys + Dias) / 2

maxwell = 1 gauss/cm²

= one magnetic line of force

= imaginary line in same direction as field intensity / point

= (cgs)

= EM unit of mag. flux

maxwell turn = unit of mag. linkage

= 1 mag. line of force through 1 turn of circuit

mean corpuscular Hb = Hb% (g/100cc ∙ 6.9) /RBC (mill/c.mm)

mean corpuscular Hb concentration = Hb (g/100cc ∙ 100)/vol. packed RBC (cc/100 cc)

mean corpuscular Volume = vol. packed RBC (cc/1000cc)/RBC (mill./c.mm)

mean corpuscular thickness = MCV/π (mean dia/2)²

measure = metrein

= rhythmos

measurement = metria

mechanical advantage = MA

= Effort Arm L/Resistance Arm L

meden (Gr.) = zero

medimni (Athens) = 1.69 cori

medimni (Sicily) = 2.27 cori

medimnum = 11.52 gal

= 6 modii

megaelectronvolt = Mev

meile = mi

men = month

meridian = 69.16 miles

meter = m

= 3.281 feet

= 39.37 inches

= .001 kilometer

= .0006214 miles

= 1.093 yards

= 1000 millimeters

= 100 centimeters

= 10 decimeters

metre = m

metrein = measure

metreta = 9 gal (English)

metria = measurement

metric ton = 1000 kilograms

Mev = megaelectronvolt

mf = magnetic field

mg = milligram

= .001 g

= .01 grain

mg = apparent magnitude

mi = mile

= km/.62

= meile

= millepassus

= milliarium (stone)

= seemeile (nautical)

= lapis

= 5280 ft

= mille

mi² = quadratmeile

= 640 acres

= 2.59 km²

= km²/.4

mi/hr = .017 mi/sec.

= 90 ft/sec.

= 27.4 m/sec.

mia (Gr.) = one

microAmp = μA

mile = mi

= 5280 feet

= 1760 yards

= 1.609 kilometers

= 1609.3 m

= 8 furlongs

= 320 rods

= meridian/69.16

mille = mi

mille (L.) = thousand

mille (F.) = thousand

millepassus = mi

miles per hour = mph

milliard (F.) = billion

milliarde (G.) = billion

milliarium (stone) = mi

millieme (F.) = thousandth

milliliter = ml

millimeter = mm

= .0394 inch

million = ekatommyrion (Gr.)

= million (F.)

= million (G.)

= millione (Sp.)

million (F.) = million

million (G.) = million

millione (Sp.) = million

millionieme (F.) = millionth

millionth = ekatommyriostos (Gr.)

= millionieme (F.)

mina = .625 lb

= 100 drachmae

= 100 denarius

mindful = mnemon

minus = subtract

minute = 1 knot

= 6000 ft

= 60 sec.

= hour/60

= degree/60

minute' = 60 seconds"

misos (Gr.) = half

ml = milliliter

= .001 L

= cm³

= cc

= .20 tsp

= .60 tbsp

= .03 oz

= .04 oz (Can.)

mm = millimeter

= .001 m

= .04 in.

mmF = magnetomotive force

= AT

= Amp turns

= V

= F by which mf is produced (either by I through coil, or by proximity of magnetized body)

= amt. magnetism produced:IN

= Hl

= NI

= R_TΦ

mmf unit = gilbert (magnetic magnetization)

= Amp-turn (E^- current magnetization)

miles per hour = mph

mmHg = millimeters mercury

= Torr

= .133 J/L

= 133 Pa

= .0013 atm

= .00132 nRT/V

= .045 ft H₂O @ 25⁰F

mnemon = mindful

modii = 1.92 gal

modius = 1.92 gal

= modii (pl.)

= 16 sextarii

= peck

= 2/3 seah

moh-noh-sah-shee (Jap.) = ruler

mol = mole

molality = m

molarity = м

mole = n

= mol

molecular weight = MW

moment = torque

= effort x EA length

= resistance x RA length

= E ∙ EA (counter-clockwise)

= R ∙ RA (clockwise)

month = 30 days

= year/12

= men

morgein = acre

motion = kinema (Gr.)

moyen = average

mph = miles per hour

multiplied by = times

multitude = phison (Hebrew)

mV = millivolt

MW = molecular weight

= g/n

= g/mol

= gRT/PV

= dRT/P

= N_Am

MW₁ = v²_{2 mean} (MW₂)/v²_{1 mean}

MW₁ = d₁(MW₂)/d₂

MW₁ = r²₂(MW₂)/r²₁

MW_(kg) = 3RT/v²_mean (R = 8.31)

myrias (Gr.) = 10000

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