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# Calculate the 2oth percentile of the data shown3.6 8.4 10.3 17 26.7 40.1 45.4 47.1 49.5 49.7 59.1 61.5 66.169.3Submit Question...

## Question

###### Calculate the 2oth percentile of the data shown3.6 8.4 10.3 17 26.7 40.1 45.4 47.1 49.5 49.7 59.1 61.5 66.169.3Submit Question

Calculate the 2oth percentile of the data shown 3.6 8.4 10.3 17 26.7 40.1 45.4 47.1 49.5 49.7 59.1 61.5 66.1 69.3 Submit Question  #### Similar Solved Questions

##### Question 4 (Answer all parts) 25 marksShow with the aid of a block diagram how two transfer functions can be combined in series_ Give an expression for the overall combined transfer function G(s): (8 marks)b) A system Is modelled by the differential equationsX+2x = f() 2y'-y =x(t)In the top equation the input is f(t) and the output Is x(t). In the other x(t) is the input and y(t) is the final output of the system Find the overall system transfer function assuming zero initial conditions. (1
Question 4 (Answer all parts) 25 marks Show with the aid of a block diagram how two transfer functions can be combined in series_ Give an expression for the overall combined transfer function G(s): (8 marks) b) A system Is modelled by the differential equations X+2x = f() 2y'-y =x(t) In the top...
##### It is commonly believed that the mean body temperature of healthy adult is 98.6 F. You are not entirely convinced. You believe that it is not 98.6 You collected data using 41 healthy people and found that they had mean body temperature of 98.25 F with standard deviation of 0.98 Use 0.05 significance level t0 test the claim that the mean body temperature ofa healthy adult is not 98.6a) Identify the null and altemative hypotheses?HoHx:b) What type of hypothesis test should you conduct (left -, ri
It is commonly believed that the mean body temperature of healthy adult is 98.6 F. You are not entirely convinced. You believe that it is not 98.6 You collected data using 41 healthy people and found that they had mean body temperature of 98.25 F with standard deviation of 0.98 Use 0.05 significanc...
##### Incident on an unknown metal and electrons are ejected from Photons with wavelength of 313.2 nm are wavelength of 758.9 nm are incident on the metal, no electrons the metal. However; when photons with are ejected:Part I;Could this metal be cesium with work function of 1.8 eV?YcsPart 2:(b) Could this metal be tungsten with work function of 4.6 eV?Part - out of 3kinetic energy of the ejected clectrons for each E possible metal when (c) Calculate the maximum 153.8-nm photons are Incident on It.Cesi
incident on an unknown metal and electrons are ejected from Photons with wavelength of 313.2 nm are wavelength of 758.9 nm are incident on the metal, no electrons the metal. However; when photons with are ejected: Part I; Could this metal be cesium with work function of 1.8 eV? Ycs Part 2: (b) Could...
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##### 4) (45,) B) (2,2+5) c) (215,2) 5 {5 (Jz,12)
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##### On Emills home Internet connection, Emili can upload a 150 MB (megabyte) file in 9.6 \$. Assuming Emili gets consistent upload speeds, which equation determines the length of Ilme, /, in seconds il will take t0 transfer 35.3 GB (gigabytes) of data? Note: GB is equivalent to 1024 MBSelect one 353 LSQB 1024MB35.3 JOZAMB IS0MB65 }(35,3)( 1024ME) ( 1S0MB) (9, 65 )ISQMB05)"35,3102128
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##### Enpecie predomina de Ia cuvA que region lEnrigulento fgunCo
enpecie predomina de Ia cuvA que region lEn rigulento fgun Co...
##### EBookFourty percent of all Americans drink bottled water more than once week (Natura resources Defense Council December 2015). Suppose you have been hired by the Natura Resources Defence Council to investigate bottled water consumption in St; Paul: You plan to select sample of St; Paulites to estimate the proportion who drink bottled water more than once week. Assume the population proportion of St: Paulites who drink bottled water more than once week is 0.41 , the same as the overall proportion
eBook Fourty percent of all Americans drink bottled water more than once week (Natura resources Defense Council December 2015). Suppose you have been hired by the Natura Resources Defence Council to investigate bottled water consumption in St; Paul: You plan to select sample of St; Paulites to estim...
##### (4 points) If (tan x + sec x)2 Atsin ! , then B-sin x AB =
(4 points) If (tan x + sec x)2 Atsin ! , then B-sin x A B =...
##### Calculate the grams of HCI that will react with 0.650 g ofaluminum oxide in the reaction: AI(OH) (s) + HCI(aq) 7 AlCl;(aq) HzO() (unbalonced reaction) 6509Al(w)
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##### In 1965, Intel cofounder Gordon Moore predicted that the number of transistors on computer chip would double approximately every years: This prediction is known as Moore'\$ Data for four Intel processors are shown In the table (Note: Use the concepts of half-life or doubling time;_Intel Processors and TransistorsTransistors (million)YearProcessor1971400400231993Pentium3.12003Itanium2202010Tukwlla2,000(a) Using doubling time of 2 years and the 4004 processor as the starting information write
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##### 6. flr" =*y t 114 V=r+y' 4xy + 2 7. fk24.
6. flr" =*y t 114 V=r+y' 4xy + 2 7. fk 24....
##### 2. Suppose 4z? + 16y2 64, where â‚¬ and y are functions of t If dr/dt = 3, find dydt when â‚¬ = -1 and y = Vz. Your answer must be in exact form; no credit at all for decimal approximations. 43. For y == sin T?:a) find the differential dy; anduse â‚¬ =and d = 0.05 to evaluate dy:
2. Suppose 4z? + 16y2 64, where â‚¬ and y are functions of t If dr/dt = 3, find dydt when â‚¬ = -1 and y = Vz. Your answer must be in exact form; no credit at all for decimal approximations. 4 3. For y == sin T?: a) find the differential dy; and use â‚¬ = and d = 0.05 to evaluate dy:...
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##### A puck (0.11 kg) is sent up an incline with an initial speed of8.4 m/s. Incline is raised at an angle of 20 degrees. If the puckexperiences and average frictional force of 1.0 N, determine themaximum height of the puck.
A puck (0.11 kg) is sent up an incline with an initial speed of 8.4 m/s. Incline is raised at an angle of 20 degrees. If the puck experiences and average frictional force of 1.0 N, determine the maximum height of the puck....