[...]... 10 2 10 2 d deka 1 × 10 1 10 1 Basic Unit 12 10 12 1 meter – 1 gram – 1 liter d c m deci centi milli 1 × 10 1 –2 1 × 10 1 × 10 –3 10 1 –2 10 10 –3 dm decimilli 1 × 10 –4 10 –4 cm centimilli 1 × 10 –5 10 –5 u micro 1 × 10 –6 10 –6 n nano 1 × 10 –9 10 –9 p pico 1 × 10 12 10 12 12 Peterson’s SAT II Success: Physics Diagnostic Test PHYSICS TEST PHYSICS TEST DIAGNOSTIC TEST PHYSICS TEST While you have taken many... Law) 11   1   v 2  1 (c)        E = mc2 Activity = T1/2 = ∆N ∆t 693 λ ∆N = λN o ∆t UNITS AND CONVERSIONS SI Units length meter m mass kilogram kg time second s electric current ampere A temperature Kelvin K Metric Prefixes T tera 1 × 10 G giga 1 × 10 9 10 9 M mega 1 × 10 6 10 6 hK hectokilo 1 × 10 5 10 5 ma myria 1 × 10 4 10 4 K kilo 1 × 10 3 10 3 h hecto 1 × 10 2 10 2 d deka 1 × 10 1 10 1 Basic... = R1 + R2 + R3 + R… (m )(m ) F =G 1 2 2 r 1 1 1 1 = + + Rt R1 R2 R 3 arclength s = radius r P = VI F = B⊥ IL stan = qr ∆V = Vf – V0 a= F=K mV 2 r θradians = S V= t ∆V ∆t V f − V0 t f − t0 Vf = V0 + at Vf2 = Vo2 +2as Peterson’s: www.petersons.com F = B⊥ qV Vtan = Wr EMF = BLV atan = αr Vs N s = Vp N p V= λf f = Relativistic Factor 1 Τ E = hf φ = hf ∆ E = E2 –E1 hi q = h0 p 1 1 1 = + f p q n1sin q1 =... sinq 1 S = Vo t + at 2 2 PV = n r t P1 V1 = P2 V2 2 S= y sin q = r 1 2 gt 2 V1 V2 = T1 T2 F = ma P1 P2 = T1 T2 Wt = mg x cos q = r Work = F • S • cos q PE = mgh tan q = y x KE= l/2 mv Power = ∑F=0 ∑ Fx = 0 ∑ Fy = 0 ( P1 )(V1 ) ( P2 )(V2 ) = T1 T2 2 ∆Q = ∆U + ∆W work time Q = cm∆T P = mv ∑ Fz = 0 Ft = m∆V Τ = F≥ Fc = ∑Τ=0 ∑ +Τ = ∑ −Τ Speed (U) distance d = time t V= V f + V0 2 ∆t = t f –to a= (q1 )(q2... Fields and Potential DC Circuits Week 9 5: Chapter 5: Electricity and Electromagnetism Magnets and Magnetic Fields RED 6 ALERT Peterson’s SAT II Success: Physics RED ALERT Week 10 6: Chapter 6: Modern Physics Quantum Mechanics Work Function Week 11 6: Chapter 6: Modern Physics Relativity Heisenberg Compton deBroglia Week 12 7: Chapter 7: The Atom The Nucleus Atomic Spectra Bohr’s Atom Week 13 7: Chapter... questions that follow The questions relate to a hydrogen electron located at E-3 Questions 1- 3 relate to the following chart, which is a partial energy level diagram for the hydrogen electron −.54 eV n=5 −.85eV n=4 1. 51eV n=3 −3.4 eV n=2 13 .6eV A) B) C) D) E) n =1 ±.66eV ±.966eV 1. 89eV 10 .2eV 12 .09eV 1 What is the emission energy when the electron falls to E-2 from E-3? 2 What is the absorbed... What is the emission energy when the electron falls to E -1 fromE-3? 16 Peterson’s SAT II Success: Physics PHYSICS TEST TEST—Contin Continued PHYSICS TEST— Continued Questions 4–6 relate to the changes that could be made in the following scenario and the results such changes would produce Questions 7–9 relate to the following scenario A dog walks 12 0 m due east before turning and running 45 m west He... acceleration increases acceleration decreases acceleration is constant acceleration is zero air resistance is reduced 1 as far 2 (C) (D) (E) (A) (B) (C) (D) (E) the same distance twice as far four times as far 18 Peterson’s SAT II Success: Physics PHYSICS TEST TEST—Contin Continued PHYSICS TEST— Continued 15 A professional golfer drives a golf ball 230 meters down the fairway When the club head strikes the golf... distance to home 7 Which part of the trip is a negative vector? 5 The frequency of the vibrations would decrease because… 8 Which part of the trip is an equilibrant? 9 Which part of the trip is the longest vector? 6 The velocity of the pendulum would increase because… Peterson’s: www.petersons.com 17 DIAGNOSTIC TEST TEST—Contin Continued PHYSICS TEST— Continued Questions 10 12 relate to the following... in oval 1 in the row labeled V —Fill in oval 6 in the row labeled W —Fill in oval 3 in the row labeled X —Fill in oval C in the row labeled Y —Leave the ovals in row Q blank Test Code V W X Q 1 3 4 5 6 7 8 2 3 4 5 6 7 8 9 2 3 4 5 Y A B C D 1 2 3 4 5 6 7 8 Subject Test (print) 9 1 1 2 9 Physics E There are two additional questions that you will be asked to answer One is “How many semesters of physics . Prefixes T tera 1 × 10 12 10 12 G giga 1 × 10 9 10 9 M mega 1 × 10 6 10 6 hK hectokilo 1 × 10 5 10 5 ma myria 1 × 10 4 10 4 K kilo 1 × 10 3 10 3 h hecto 1 × 10 2 10 2 d deka 1 × 10 1 10 1 Basic UnitBasic. Unit 1 meter – 1 gram – 1 liter d deci 1 × 10 1 10 1 c centi 1 × 10 –2 10 –2 m milli 1 × 10 –3 10 –3 dm decimilli 1 × 10 –4 10 –4 cm centimilli 1 × 10 –5 10 –5 u micro 1 × 10 –6 10 –6 n nano 1. Function WW WW W eek 11 eek 11 eek 11 eek 11 eek 11 Chapter 6Chapter 6 Chapter 6Chapter 6 Chapter 6 : Modern Physics: Modern Physics : Modern Physics: Modern Physics : Modern Physics Relativity Heisenberg Compton deBroglia WW WW W eek