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02 60 beats per min. Grade Summary Attempts remaining (54b per attempt)
Grad X + g the mass of an average cell is ten times the mass of a bacterium (which is 10-15 kg) blem Status Potestial 100% 5% pes ament) atan) acotan0sinh0 coshO tanho cotanh
Grad x + Homework 02 (U %) Problem 2: Assuming ibe mass of a, average cell is ten times the mass of a bacteria (which is 1015 kg) detailed view 釦▲ 50% Part (a) Calculate the number of cells in a harangbird, as cells laman- coeanQ | asaO acos() 。ype here to
Log Out 11%) Problem 3: the nearest integer 0 2 4 6 8 10 12 Click here for detailed view displacement x (m) 1 Partial Grade Sammary Deduchion cotanO asno 5% per attempt) O Type here to search
01%) Problem 3: Find the following for path A-the Figure, measuring the 0 2 4 6 8 1012 Click here Sor detaided ew displacement x (m) 50% Part (a) The distance Grade Sammary Deductioea sino acos0 cosh an cotho
PHYS1114 LectureThe Expert TA Grad + (1 i%) Problem 4: Find the follo ving for path Ca the figure, measuring the displacements froms the back of the row, indicated by a dot, to the arrows head Round to the nearest integer Assignment Status 0 24 6 8 10 12 position x(m) Click bere o Problem Status 1 Partial Grade Sam deduction p O Type here to search
PHS1114 Lecture Expert LA Gred x displacements from the back of the arrow, indicated by a dot, to the rows head the nearest integer Round to 0 2 4 6 8 10 12 position x(m) Click here for detailed view Cthees Problems Status 1 Partial ia 33% Part (a) The distance traveled in meters Grade Sumeary cotanO asinOac DegreesRadi 0 Type here to
piersi 1 14 Lecture. × π The Expert TAI Grad X+ (1 i%) Problem 5: On a two, leg trip, a car travels the first leg, a distance D1-41 miles in a time t, 1.2 hours, and travels the second leg, a distance D,-134 miles, in time ty 205 hours Refer to the figure detailed view Problem Status Grade Susmary Potestial misis cetan) asinacos atanO acotanO 1 23 detailed viee Hat e speed of the car O Type here to search
(11%) Problem 5: On a two-leg trip, a car travels the first leg, a distance D,-4, males, in a time ty 1.2 hours, and travels the second leg, a distance D,-134 miles, in time ty 2.05 hours Refer to the figure detailed view farst leg? I Partial cosO cotano asin acos atanO acotansinh0 per attersp) Radians
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Homework 02 Begin Date: 1/252019 5.0000 PM Due Date:2/1/2019 5 00.00 PM End (11%) Problem 6: As time to 0 a car starts moig southward from rest. It continues moving in the same direction and by time t 126s has covered a distance dn 655 m Take northward as the positive x-direction. Refer to the figure Date: 2/5/2019 5:0000 AM Click here for 1.25%Part(a)What is the Problem Statu, Pannal 100% per attemp n the x 251, Part 4 120 Type here to search
PHYS1114 95:00,00 PM Due Date: 2/1/2019 500.00 PM Ead Date al %) Problem 6: At tane 0-0 a car starts moving southward from rest. It continues moving in the same direction and by time 4 126 s has covered a distance d 655m Take nordeward as the positive x-direction. Refer to the figure Click here for detailed view s per second? I Partia 25% Part (b) what is the cars displacement in the x-direction Ax-in meters. Grade Sammary hteetial 100% per atteapt pe here to
The Expert TAI Homework 02 Begin Date: 1.25/20 19 00 00 PM Due Date: 21.20 19 00 00 PM End Date: (11%) Problem 6: At time to to a car starts moving southward f om test. Il coetinues moving in the same direction and by time te 126s has covered a distance d- 655m Take northward as the positive r direction Refer to the figure Click here for ▲ 25% Part (a) what is the cars average speed during this period, in meters per second? 1 Partial avg Potestial 100% ts remaning 10 O Type here to search
S1114 LectureR The Expest TA aspx moving in the same direction and by time fy 126 s has covered a distance d 655 Take nordrward as the positive z-direction Refer to the figure time, , 0 Cick here for detailed view Problem Status 2S% Part (a) what-s the cars average speed during this perso. in meter s per second 1 Partial n the x directson Ax, in meters, during this period? 25% Part (c) what is the cars average velocity ver in meter, per Potestiel L009% atan) acoran) sunhO detailed vlew O Type here to search
(ll%) Problem 1: Abulletin a gun ts accel rated tice. fest from be firing chamber to the end ofthe barrel at-average rate of 6,05 x 105 mw for &1 x 10+. Click here for detailed ขายพ Poteothal t per atheapo atan acotan) O Type here to search
a1%) Problem Si Acar travels a distance d-20.5 man the positive direction in a Click here for
ai%) Problem S: A car travels a distance d-20.5 m in the postave xdirecton m a d- 20.5 m Click here for arano acotan)sin
25% Part (a) What was the cars average velocity in the borizontal director, in 1 Partial i. 25% Part (b) what was the acceleration, 擃meters per second squared, during tite interval tl, assuming the car started from rest and moved Poteotha Hat O Type here to
Raadomined Variables Click here for Problem States l Partal ▲ 25% Part (b) what was the acceleratie, ts ten per second squared ditt tmr menal r_ assummg tht cat started from rest and moved aceelesaborn peried? Grade Smmary cotano O Type here to
(11%) Problem 9: Admer m Germany ts on a roadway that has a posted speed lma of 55 km hr and is driving in excess of the speed lamit by ve 22 km hr A truck pulls out of a parking place into the street in front of the driver d-24 m in froet of the motorist and stops there. The driver immediately slass on the brakes and begins decelerating at rate of a 4.9ms Cück here for 1Partialspeed expeessed in meters per second Powonal atano acotan sinh Radian มา2009 O Type here to search
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PHYS1114 Lecture X The opert TA is on a roadway that has a posted speed limsit of m-5 km ar and is driving in excess of the speed limit by ve 22 km/hr. A truck palls out of a parking place into the street in front of the driver d m 24 m in front of the motorist and stops there. The driver immediately slams on the brakes and begins decelerating at a rate of a-4.9ms detailed view ii 25% Part (a) By what Partial in meters per second? Select-expression (using the variables provided) fr the minimum distance, de the driver would need to come to a complese . 25% Part (b) quantities Grade Summary O Type here to search
The Expert TAI (11%) Problem 9: A drma Germany is on a roadway 55 km/hr and is driving in excess of the speed limit by ve 22 km/r. A trock pulls out of a parking place into the street in front of the driver d 24 m in front of the motorist and stops there. The driver immediately slams on the brakes and begins decelerating at a rate of a 4.9ms Click here for Problem Status 1 Partial 25% Part (a) By what consversion factor do you need to multiply speed expressed in kilomsters per hour in speed expressed in meters per second? -A 25% Part (b) Select an expression (using de variables pounded) for the manimum d stop -a25% Part (c) Enter an expression fr de time, t it will take the truck to come to a stop after applying the brakes, in terms of the defined a 25% Part (d) How fast, in meters per second, is the driver driving when he hits the truck m tont of him? Grade Semmary Potestial 100% Ateapts eaning 10 detailed vi 4 5 6 cotan0 asinacos0 atan) acotanO snh)
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number of minutes in a year ^indins year36 sdays , I dey24 hours yearS2 Ssoo minutes Heart rate: 6 beds so ho of beats in 315360oo minute tn there ae approximcldyi 2) a) The ma ss of a cel#xloxlős number of cdls in a hom mmina bird 2. 2 -19 Cells hummingbird e nues Cells ín a person of look? Cel human I u he listance is 7 mb) The magitude of the dixplacemeat m 요. The distance the tength of the Pafh The distance = 2+2+3=13m The mJnitude of -he displacement Carrows) freJ pohition -inihal position(Aut) head The magoitude of the displacementat qm S a) The averaje spetd of the car dvsing the distance traveled n the first leg irstleJ= time taken 34.2 mph e average peed of the Caa dusig *he second le ち 2.05 hours 9 The averaje *peed of the ove the entie rip Vinph total trip distance-DPA total time 22 oS

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