5

# Find the exact value of the expression12 cos 135 13 Jlsin sin12 cos 135 13sin sin(Type an exact answer in simplified form )...

## Question

###### Find the exact value of the expression12 cos 135 13 Jlsin sin12 cos 135 13sin sin(Type an exact answer in simplified form )

Find the exact value of the expression 12 cos 13 5 13 Jl sin sin 12 cos 13 5 13 sin sin (Type an exact answer in simplified form )  #### Similar Solved Questions

##### Directions: For cach problem; use the specified approach to decide whether to reject the null hypothesis. cach case be sure t0 Cite your evidence For the p-value approach, write the p-value and compare it to For the Critical Value approach; look up the CV(s) and either aPply the #ppropriate mathematical rule or draw the rejection region diagram State your conclusion about the null hypothesis (i,e. Reject Ho; Do not reject Ho) State your conclusion about the alternative hypothesis (.e accept Hai
Directions: For cach problem; use the specified approach to decide whether to reject the null hypothesis. cach case be sure t0 Cite your evidence For the p-value approach, write the p-value and compare it to For the Critical Value approach; look up the CV(s) and either aPply the #ppropriate mathemat...
##### Lab:Conversion Factors and Problem Sclvlng: (Page 11} Round of the following measurements three significant figures: 78.524 , 1i 2.248 mL 125 1035 pd_nLi 62.283 cm 128) Significant figures calculations: ( Lab Book; page 12, read rules) Multiplication/Division Addition(SubtractionSolve; 0.032 * 5.340/2.2 = 0.12 = 0.0? 2.2Solve: 2.14 203.026 0.3 = J05 , 166 -0.3 = 204 8669) Write the two conversion factors that can be derived from the equalities question 11s5 10009 Iso [oD & = 7000 Ihr (nil L
Lab: Conversion Factors and Problem Sclvlng: (Page 11} Round of the following measurements three significant figures: 78.524 , 1i 2.248 mL 125 1035 pd_nLi 62.283 cm 12 8) Significant figures calculations: ( Lab Book; page 12, read rules) Multiplication/Division Addition(Subtraction Solve; 0.032 * 5...
##### (b) Hence evaluate the Fourier Series for the function defined over one period ase2â‚¬ if 0 < x < 3 f (c) ={e 0 if 3 < x < 4
(b) Hence evaluate the Fourier Series for the function defined over one period as e2â‚¬ if 0 < x < 3 f (c) ={e 0 if 3 < x < 4...
##### [- eolnool DasSCALCET? 4 8.019.HCOIDANJOURTEACHLAEActicL ArouuafKernn umetonCdtuntIali7 LTttLeGmHoud Helo?1-r1 Polnt ldhalSCALCL19AA025JmouJOLHACLACaenalUto Manlon a netthodto hnd WKuctenroeuetIo nn ALalepprtLleannHeleteenaamalban
[- eolnool Das SCALCET? 4 8.019. HCOID ANJOURTEACHLA EActicL Arouuaf Kernn umeton Cdtunt Iali7 LTtt LeGm Houd Helo? 1-r1 Polnt l dhal SCALCL19AA025 Jmou JOLHACLA Caenal Uto Manlon a netthodto hnd W Kuctenroeuet Io nn ALalepprtLlea nn Heleteenaamalban...
##### Homework: Homework Chapter 9 Score: 0.94 of 4 pts 9.4.55-T10 0r 11 (9 complete}According to recent report; 46% college student internships are urpaid recenl sunvey 60 college interns universily found that 38 had unpaid intemships Use the five-slep p-value approach to hypothesis tesling and 10 level signifcance determire whelher the proportion college interns that had unpaid intemships different from Assume that the study found that 32 of the 60 college intems had unpaid inteinships and repeat (a
Homework: Homework Chapter 9 Score: 0.94 of 4 pts 9.4.55-T 10 0r 11 (9 complete} According to recent report; 46% college student internships are urpaid recenl sunvey 60 college interns universily found that 38 had unpaid intemships Use the five-slep p-value approach to hypothesis tesling and 10 leve...
##### For quostions 12-14; MN (waight = 1541b . 70 kg) walkod for 10 min on treadmlll at difforent combinations Of speed and grade: (A) 3.5 mph, 5% grade; (B) 4 0 mph; 0% grade; (C) 4.5 mph; -5% grade: What was the work Output (n kg-m and kcal) far each of thesa 10-min bouts 0f walking on troadmili? (Consider only the work involved the vortical movoment of MN: body against gravity and using sbict physics definlllons ) "Note that Imph 26,82 meters/min. 18. Exarciso bout A: kom kcal 19. Exercise bo
For quostions 12-14; MN (waight = 1541b . 70 kg) walkod for 10 min on treadmlll at difforent combinations Of speed and grade: (A) 3.5 mph, 5% grade; (B) 4 0 mph; 0% grade; (C) 4.5 mph; -5% grade: What was the work Output (n kg-m and kcal) far each of thesa 10-min bouts 0f walking on troadmili? (Cons...
##### PartD Application [APP 20 marks] Solve each equation for x, where 0 < x < 2T. Vv & Vv a) tan2 x-1=0 b) cos? x = 5 cosx _ 6 = 0
PartD Application [APP 20 marks] Solve each equation for x, where 0 < x < 2T. Vv & Vv a) tan2 x-1=0 b) cos? x = 5 cosx _ 6 = 0...
##### Find the Laplace transform using Derivatives of transformst2 sin wt
Find the Laplace transform using Derivatives of transforms t2 sin wt...
##### Determine $L^{-1}[F(s) G(s)]$ in the following two ways: (a) using the Convolution Theorem, (b) using partial fractions. $$F(s)=\frac{s}{s^{2}+4}, \quad G(s)=\frac{2}{s}$$
Determine $L^{-1}[F(s) G(s)]$ in the following two ways: (a) using the Convolution Theorem, (b) using partial fractions. $$F(s)=\frac{s}{s^{2}+4}, \quad G(s)=\frac{2}{s}$$...
##### Consider the equation below. Given the initial [Xz] = 0.743 M; initial  = 2.89 M; initial [XzO] # 0.00 M, when equilibrium is achieved, the [Xz]] 0.019 M Calculate the value for the equilibrium constant KcEnter the answer with 3 sig: fgs in scientific notation and no units2,510 is entered as 2.51e32 X2 0212 Xz0
Consider the equation below. Given the initial [Xz] = 0.743 M; initial  = 2.89 M; initial [XzO] # 0.00 M, when equilibrium is achieved, the [Xz]] 0.019 M Calculate the value for the equilibrium constant Kc Enter the answer with 3 sig: fgs in scientific notation and no units 2,510 is entered as 2...
##### Use substitution to find the indefinite integral:.21422 4dz21422 4dz =
Use substitution to find the indefinite integral:. 21422 4dz 21422 4dz =...
##### When an emergency occurs, the response time (hours) of the firstpolice car is an rv X with density fX(x) =12e-12x, for x > 0. The response time for the firstfire engine is also an rv Y with density fY(y) =10e-10y. X and Y are independent. Find the probabilitythe first police car arrives before the first fire engine. Expressyour answer as a fraction in the lowest terms. ____________
When an emergency occurs, the response time (hours) of the first police car is an rv X with density fX(x) = 12e-12x, for x > 0. The response time for the first fire engine is also an rv Y with density fY(y) = 10e-10y. X and Y are independent. Find the probability the first police car arrives befo...
##### The following data were determined during the calibration of a density gradient column:Marker Float Densitykkg mPosition in Column/cm921.159.23929.50.74939.40.85949.130.96959.220.84
The following data were determined during the calibration of a density gradient column: Marker Float Densitykkg m Position in Column/cm 921.1 59.23 929. 50.74 939. 40.85 949.1 30.96 959.2 20.84...
##### Traveling sinusoidal wave is described by the wave function y(x, t) = (0.685 m)sin(7.673t IXwhere x and Y are in meters and t is in seconds_ What is the wavelength of the wave?What is the frequency of the wave? HzWhat is the amplitude of the wave?What is the speed of propagation of the wave? m/s
traveling sinusoidal wave is described by the wave function y(x, t) = (0.685 m)sin(7.673t IX where x and Y are in meters and t is in seconds_ What is the wavelength of the wave? What is the frequency of the wave? Hz What is the amplitude of the wave? What is the speed of propagation of the wave? m/s...
##### Clcito Do7 onaathat7e ce AcenUii57+5e_
Clcito Do7 onaathat7e ce Acen Uii57+5 e_...