Nmat Things To Memorize

Front 1

1000 kg/m3

Back 1

Density of water

Front 2

1atm, 101325 Pa, 760 Torr

Back 2

Atmospheric Pressure

Front 3

Pascal's Principle

Back 3

A pressure due to a force on an enclosed fluid is transmitted undiminished throughout the fluid

Front 4

F1/A1 = F2/A2

Back 4

Pascal's Principle in formula

Front 5

Continuity Principle

Back 5

Fluids in constant pressure flow faster in narrower passages.

Front 6

A1v1 = A2v2

Back 6

Continuity principle formula

Front 7

Venturi effect

Back 7

Faster moving fluids produce lower pressure and vice versa

Front 8

P1 + 1/2 pv1^2 + pgh = 2nd

Back 8

Bernoulli's principle formula

Front 9

U = Q -W

Back 9

First law of thermodynamics formula

Front 10

ΔL = α(L)ΔT

Back 10

Thermal expansion formula

Front 11

ΔQ/Δt= -kA(ΔT/ΔL)

Back 11

The rate of heat flow thru a conductor Formula

Front 12

Q= mcΔT

Back 12

Temperature change equation

Front 13

Q = mL

Back 13

Phase change equation

Front 14

8.987 x 10^9 (Nm^2)/c^2

Back 14

Coulumb's constant

Front 15

F = k(q1q2) /r^2

Back 15

Electrostatic force formula

Front 16

R = p (length/area)

Back 16

Resistance formula

Front 17

Series

Back 17

Type of circuit with same current

Front 18

Parallel

Back 18

Type of circuit with same voltage

Front 19

Parallel

Back 19

Type of circuit with reciprocal total resistance = sum of individual reciprocal resistance

Front 20

CV = q

Back 20

Capacitor equation with charge

Front 21

C = e (A/d)

Back 21

Capacitance equation of parallel plate capacitor

Front 22

1/Ct = 1/C1 + ...

Back 22

Capacitors in series formula

Front 23

Ct = C1 + C2 ...

Back 23

Capacitors in parallel

Front 24

3 x 10^8 m/s

Back 24

Speed of light

Front 25

f= c/wavelength

Back 25

Frequency of wave (light) formula

Front 26

n1sintheta1 = n2sintheta2

Back 26

Law of refraction

Front 27

1.33

Back 27

Index of refraction of water

Front 28

True

Back 28

T or F: The greater the refractive index, the more the light bends

Front 29

1/f = 1/d0 + 1/di

Back 29

Focal length formula

Front 30

M= hi/ho = -di/do

Back 30

Magnification formula

Front 31

False

Back 31

T or F: Higher energy light bends less when passing through a different material

Front 32

2 protons, 2 neutrons

Back 32

Alpha particle composition

Front 33

Beta decay

Back 33

Type of decay: Ejection of particle, changing of the charges of protons and neutrons

Front 34

Gamma decay

Back 34

Type of decay: Emission of gamma ray when excited nucleus releases excess energy

Front 35

d = vot + 1/2at^2

d = 1/2t (vf + vo)

Back 35

Uniformly accelarating linear motion formula for d

Front 36

vf = vo + at

vf^2 = vi^2 + 2ad

Back 36

Uniformly accelerated motion formulas for v

Front 37

V = πrw

Back 37

Tangetial velocity formula

Front 38

α = v^2 / r

Back 38

Centripetal acceleration formula

Front 39

Try up to 10

Back 39

Pythagorean triples

Front 40

p = mv

Back 40

Momentum formula

Front 41

I = Δp, Ft

Back 41

Impulse formula

Front 42

T = Fr, Iα

Back 42

Torque formua

Front 43

C + 273.15

Back 43

Celsius to Kelvin

Front 44

Aufbau principle

Back 44

In the ground state of an atom, electrons fill the lowest available energy first

Front 45

Hund's rule

Back 45

Orbitals of equal energy are occupied by one electron first before any orbital is occupied by a second electron

Front 46

Pauli's exclusion principle

Back 46

No two electrons can have the same four electronic quantum numbers

Front 47

Electronegativity

Back 47

How well an atom atrracts an electron

Front 48

Ionization energy

Back 48

Energy needed to remove an electron

Front 49

Electron affinity

Back 49

Energy released when an electron is added

Front 50

Upper right

Back 50

Trend/position in the periodic table wherein electronegativity, ionization energy, and electron affinity are at its highest

Front 51

Lower left

Back 51

Trend/position in the periodic table wherein atomic size and metallic property are at its highest

Front 52

NaVa = NbVb

Back 52

Normality-Volume formula

Front 53

PV = nRT

Back 53

Ideal gas law formula

Front 54

0.0821 L•atm/mol•K

Back 54

Ideal gas constant

Front 55

273.15K, 1 atm

Back 55

STP

Front 56

22.4 L

Back 56

At STP, 1 mol of any gas occupies this volume (L)

Front 57

Moles = mass/molar mass

Back 57

Molar conversion formula

Front 58

Arrhenius acids/bases

Back 58

Acids: donates a H+ when dissolved in water

Bases: breaks down in water to yield -OH

Front 59

Bronsted-Lowry acids/bases

Back 59

Acid: compound that breaks down to donate H+

Base: any atom or ion that accepts H+

Front 60

Bronsted-Lowry acids/bases

Back 60

Acid: compound that breaks down to donate H+

Base: any atom or ion that accepts H+

Front 61

Lewis acids/bases

Back 61

Acids: atom/molecule that accpets an electron pair

Bases: electron pair donor

Front 62

Back 62

Name strong acids and bases (6 each)

Front 63

Back 63

Name weak acids (7) /bases(6)

Front 64

Superior/inferior vena cava , R atrium , R ventricle, pulmonary artery, lungs, pulmonary vein, L atrium, L ventricle, aorta

Back 64

Flow of blood

Front 65

Tricuspid; Bicuspid

Back 65

Valve between r. atrium / ventricle; l. atrium/ ventricle

Front 66

Systole

Back 66

Contraction of the chambers of the heart

Front 67

Diastole

Back 67

Period of cardiac muscle relaxation

Front 68

SA node, AV node, bundle of His, Bundle branches, purkinje fibers

Back 68

Flow of cardiac impulse

Front 69

Dendrites

Back 69

Transmits signal towards cell body (neuron)

Front 70

Axon

Back 70

Transmits signal away from the cell body (neuron)

Front 71

Nodes of ranvier

Back 71

Where saltatory conduction occurs

Front 72

Hypothalamus

Back 72

Part of brain: body's thermostat, secretion of hormones (sexual urges, pleasure, hunger, fight or flight response, etc)

Front 73

Pons

Back 73

Part of brain: bridge between cerebral cortex and medulla, breath holding

Front 74

Medulla oblongata

Back 74

Part of brain: involuntary functions important for living (breathing, heart rate, etc.)

Front 75

Cerebellum

Back 75

Part of brain: fine motor movement; non verbal learning and memory

Front 76

Sympathetic NS

Back 76

Type of autonomic nervous system: inhibit salivary glands, stimulate liver to release glucose, inhibit peristalsis and secretion, relaxes bladder

Front 77

Parasympathetic NS

Back 77

Type of autonomic nervous system: constrict pupils and bronchi, stimulates bile release, contracts bladder

Front 78

Stomach

Back 78

Site of main digestion of fats and proteins

Front 79

G cell

Back 79

Cell that secretes gastrin

Front 80

Gastrin

Back 80

Hormone that stimulates stomach to secrete gastric juices

Front 81

Parietal cells

Back 81

Secretes HCl

Front 82

Chief cells

Back 82

Secretes pepsinogen, renin, and lipase

Front 83

Pepsinogen

Back 83

This plus HCl = pepsin

Front 84

Renin

Back 84

Digests milk in young mammals

Front 85

Mucin

Back 85

Glycoprotein that protects stomach wall when activated (reaction with water)

Front 86

Mucin neck cell

Back 86

Produces mucin

Front 87

Hormones

Back 87

Long distance chemical signals

Front 88

Exocrine gland

Back 88

Has duct, secretes enzyme towards organ near gland

Front 89

Endocrine

Back 89

Ductless gland, secretes hormone

Front 90

Merocrine

Back 90

Type of exocrine gland: no part of cell is lost

Front 91

Apocrine

Back 91

Type of exocrine gland: part of cell is lost along with secretion

Front 92

Holocrine

Back 92

Type of exocrine gland: whole cell detaches with secretion

Front 93

Zygote, morula, blastula, gastrula

Back 93

Embryology steps

Front 94

4186 J/kg•C

Back 94

Heat capacity of water