table of SI prefixes and equivalencies
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table of SI prefixes and equivalencies

Course Number: PHY 301, Fall 2013

College/University: University of Texas

Word Count: 264

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8/28/13 Que st Le a r ning & Asse ssme nt B ack Prin t v iew Slid e 8 of 13 0 1 . M ath Rev iew - Un its Co u rse:Ph y 3 0 1 (5 8 3 3 5 ) Du e d ate: Sep temb er 0 3 , 2 0 1 3 1 2 :0 0 PM 8: SI Prefix es In addition to converting from one set of units to another (like converting from British units to MKS units) we also have a set of standard prefexes in the SI system. It is common to use these to convert...

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st 8/28/13 Que Le a r ning & Asse ssme nt B ack Prin t v iew Slid e 8 of 13 0 1 . M ath Rev iew - Un its Co u rse:Ph y 3 0 1 (5 8 3 3 5 ) Du e d ate: Sep temb er 0 3 , 2 0 1 3 1 2 :0 0 PM 8: SI Prefix es In addition to converting from one set of units to another (like converting from British units to MKS units) we also have a set of standard prefexes in the SI system. It is common to use these to convert between very large units and very small units. For example, 1 kilometer (km) is the same as 1000 meters (m) which is the same as 1,000,000 millimeters (mm). A table of common SI prefixes, and their equivalencies, follows Prefix Abbrev. Mul tipl ier Exa E 1,000,000,000,000,000,000 Pet r a P 1,000,000,000,000,000 Te a T 1,000,000,000,000 Giga G 1,000,000,000 Mega M 1,000,000 k il o k 1,000 hecto h 10 0 deka da 10 BaseUnit(meter,l iter,sec ond,etc .) deci d centi c milli m micro nano n Angstrom* pico m m p https://que st.c ns.ute xa s.e du/stude nt/module se ssions/a dministe r ? module se ssion= 2729084 1/2 8/28/13 Que st Le a r ning & Asse ssme nt femto f atto a *Note: Angstrom is a special unit for length, not a prefix. TableofContent Next slide https://que st.c ns.ute xa s.e du/stude nt/module se ssions/a dministe r ? module se ssion= 2729084 2/2

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University of Florida - ADV - ADV3008
advertising)o Pricing • • •Most marketers use a combination strategy of push and pullIncludes the price at which the product or service is offered for sale and the level of profitability the price establishes Price based on the cost of ma
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ribs, hips.o Irregular Bones: elaborate shapes. Ex: vertebrae, some skull boneso General Features of Boneso Compact Bone: the outer shell of dense white osseous tissue, typically enclosesthe spongy (cancellous) bone (skeleton ¾ compact ¼ spong
Purdue - KRANNERT - 352
pared to Poorland?3. As a Case Study in the chapter discusses, the money supply fell from 1929 to 1933 because boththe currency– deposit ratio and the reserve– deposit ratio increased. Use the model of themoney supply and the data in Table 4
WVU - PSYC - 202
.we all do this (people watch)weaknesses: often not easy to observe without being intrusive.strengths: study behavior in real setting - not lab.2) Case Study - in depth investigation of an individual's life, used to reconstruct majoraspects of
University of Texas - PHY - 301
University of Texas - PHY - 301
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University of Texas - PHY - 301
University of Texas - PHY - 301
University of Texas - PHY - 301
9/9/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e7 of 200 7 . Two -Dimen sio n al M o tio nCo u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Sep temb er 1 0 , 2 0 1 3 1 2 :0 0 PM7 : Ch eckpoint Question 2: 2D Motion w ith Consta nt Accel.
University of Texas - PHY - 301
University of Texas - PHY - 301
9/9/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e5 of 200 7 . Two -Dimen sio n al M o tio nCo u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Sep temb er 1 0 , 2 0 1 3 1 2 :0 0 PM5: Ch eckpoint Question 1 : 2D Kin. MotionQuestionAnswer c
University of Texas - PHY - 301
University of Texas - PHY - 301
9/9/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e9 of 110 5 . M ath Rev iew - Vecto rs (Defin itio n an d .Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Sep temb er 1 0 , 2 0 1 3 1 2 :0 0 PM9: Nota tion a nd vectorsOne final note on
University of Texas - PHY - 301
9/9/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e8 of 110 5 . M ath Rev iew - Vecto rs (Defin itio n an d .Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Sep temb er 1 0 , 2 0 1 3 1 2 :0 0 PM8: Ch eckpoint Question 4: Vector AdditionQ
University of Texas - PHY - 301
University of Texas - PHY - 301
9/9/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e5 of 110 5 . M ath Rev iew - Vecto rs (Defin itio n an d .Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Sep temb er 1 0 , 2 0 1 3 1 2 :0 0 PM5: Ch eckpoint Question 3: Vector AdditionQ
University of Texas - PHY - 301
University of Texas - PHY - 301
9/9/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e3 of 110 5 . M ath Rev iew - Vecto rs (Defin itio n an d .Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Sep temb er 1 0 , 2 0 1 3 1 2 :0 0 PM3: Ch eckpoint Question 1 -2: Vector Overvie
University of Texas - PHY - 301
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University of Texas - PHY - 301
Clicker QuestionClicker QuestionA block of mass m slides with speed v on a frictionless surface.It collides with an ideal spring and compresses it 10 cm beforemomentarily stopping.What is the max compression if the same mass has speed 2v initially?A
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e18 of 201 5 . Po ten tial En erg y (Sp rin g s an d Grav ity )Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 8 , 2 0 1 3 1 2 :0 0 PM1 8: Ch eckpoint Question 1 2: Non-Conser
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e15 of 201 5 . Po ten tial En erg y (Sp rin g s an d Grav ity )Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 8 , 2 0 1 3 1 2 :0 0 PM1 5: Ch eckpoint Question 1 0-1 1 : Rolle
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e13 of 201 5 . Po ten tial En erg y (Sp rin g s an d Grav ity )Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 8 , 2 0 1 3 1 2 :0 0 PM1 3: Ch eckpoint Question 7 -9: Pendulum
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e11 of 201 5 . Po ten tial En erg y (Sp rin g s an d Grav ity )Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 8 , 2 0 1 3 1 2 :0 0 PM1 1 : Ch eckpoint Question 6: Spring PEQ
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e8 of 201 5 . Po ten tial En erg y (Sp rin g s an d Grav ity )Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 8 , 2 0 1 3 1 2 :0 0 PM8: Ch eckpoint Question 5: Work of a Sprin
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e7 of 201 5 . Po ten tial En erg y (Sp rin g s an d Grav ity )Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 8 , 2 0 1 3 1 2 :0 0 PM7 : Ch eckpoint Question 3-4: Work of a Sp
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e3 of 51 4 . M ath Rev iew - Vecto rs (M u ltip licatio n )Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 3 , 2 0 1 3 1 2 :0 0 PM3: Ch eckpoint Question1 -2: Vector Multiplic
University of Texas - PHY - 301
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e16 of 181 3 . Wo rk an d En erg yCo u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 1 , 2 0 1 3 1 2 :0 0 PM1 6: Ch eckpoint Question 1 0-1 1 : Work a nd different types of ra mp
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e15 of 181 3 . Wo rk an d En erg yCo u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 1 , 2 0 1 3 1 2 :0 0 PM1 5: Ch eckpoint Question 9: Work to overcome gra vityQuestionAnswer
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e13 of 181 3 . Wo rk an d En erg yCo u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 1 , 2 0 1 3 1 2 :0 0 PM1 3: Ch eckpoint Question 8: Work to overcome gra vityQuestionAnswer
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e11 of 181 3 . Wo rk an d En erg yCo u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 1 , 2 0 1 3 1 2 :0 0 PM1 1 : Ch eckpoint Question 7 : Work Energy Th eoremHint: Be careful w
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e8 of 181 3 . Wo rk an d En erg yCo u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 1 , 2 0 1 3 1 2 :0 0 PM8: Ch eckpoint Question 5-6: Kinetic Energy DefinitionQuestion (part 1
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e7 of 181 3 . Wo rk an d En erg yCo u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 1 , 2 0 1 3 1 2 :0 0 PM7 : Ch eckpoint Question 4: Kinetic Energy DefinitionQuestionAnswer c
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e6 of 181 3 . Wo rk an d En erg yCo u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 1 , 2 0 1 3 1 2 :0 0 PM6: Ch eckpoint Question 3: Kinetic Energy DefinitionQuestionAnswer ch
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e7 of 201 5 . Po ten tial En erg y (Sp rin g s an d Grav ity )Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 8 , 2 0 1 3 1 2 :0 0 PM7 : Ch eckpoint Question 3-4: Work of a Sp
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e5 of 201 5 . Po ten tial En erg y (Sp rin g s an d Grav ity )Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 8 , 2 0 1 3 1 2 :0 0 PM5: Ch eckpoint Question 2: H ooke's 2Ques
University of Texas - PHY - 301
9/28/13Que st Le a r ning & Asse ssme ntB ack Prin t v iewSlid e4 of 201 5 . Po ten tial En erg y (Sp rin g s an d Grav ity )Co u rse:Ph y 3 0 1 (5 8 3 3 5 )Du e d ate: Octo b er 0 8 , 2 0 1 3 1 2 :0 0 PM4: Ch eckpoint Question 1 : H ooke's 1Que
University of Texas - PHY - 301
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Washington - PHYS 121 - 121
Washington - PHYS 121 - 121
Washington - PHYS 121 - 121
Washington - PHYS 121 - 121
Washington - PHYS 121 - 121
Washington - PHYS 121 - 121
Washington - PHYS 121 - 121
Washington - PHYS 121 - 121
Washington - PHYS 121 - 121
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M HNH 5 LC LNG CNH TRANH THEO M. PORTERM HNH PHN TCH CNH TRANH TRONG PHM VI NGNH KINH DOANHI TH TIM NNG(HNG RO GIA NHP)- Li th chi ph tuyt i- ng cong kinh nghim- c quyn cc yu t u vo- Chnh sch ca chnh ph- Li th theo quy m- Quy m vn u t ban u- Uy
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MC LCCHNG 1: K TON LU CHUYN HNG HO TRONGDOANH NGHIP THNG MI. 11.1. K ton qu trnh mua hng.11.1.1. c im nghip v mua hng trong doanh nghip thng mi.11.1.1.1. Khi nim v nghip v mua hng. 11.1.1.2. Cc phng thc mua hng trong doanh nghip thng mi. 11.1.1.3.
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BI TP K TON TI CHNH 2 (tham kho)Bi 1 :Ti mt DN sn xut 2 loi sn phm A v B, h ch ton hng t n kho theo pp k khaithung xuyn, np thu GTGT theo pp khu tr, thnh phm xut kho c nh gi theopp bnh qun lien hon.SDK :TK155A : 400sp*96.000/spTK155B : 600sp*87.000
University of Texas - ECONOMICS - 103
Bi tp k ton qun tr - 30 tit.Bi 1 ( Chng 2,3)C ti liu v tnh hnh sn xut kinh doanh ti cng ty A nm 20X0 nh sauS lng sn xut trong nm l 50.000 sn phm vi chi ph sn xut gmChi ph nguyn vt liu trc tip 250.000.000 ngChi ph nhn cng trc tip 100.000.000 ngChi ph
University of Texas - ECONOMICS - 103
Bi GingK ton ti ChnhKhoa Kinh TCh-ng I: nhng vn chung v k ton ti chnh doanh nghip1.1. c im ca k ton ti chnh doanh nghipTrong cc doanh nghip, qun l ti sn v qu trnh hot ng sn xut kinh doanh cnphi s dng hng lot cc cng c qun l khc nhau. K ton doanh ngh
University of Texas - ECONOMICS - 103
BI TPK TON TI CHNH 1K TON VN BNG TIN- N PHI THU - KHON NG TRCBI TP 1 :Ti Cng ty TNHH HNG PHT c ti liu k ton trong thng 06/200X : ( n vtnh : ng VN )Cc nghip v kinh t pht sinh trong thng :Nghi NgNi dung thu chinhS tinp vykhonthnN CNCg12