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# This Question: 5 pts24 of 25 (0 complete)Find the derivativesin 3t dt a. by evaluating the integral and differentiating the result: b. by differentiating the integr...

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###### This Question: 5 pts24 of 25 (0 complete)Find the derivativesin 3t dt a. by evaluating the integral and differentiating the result: b. by differentiating the integral directly:Evaluate the definite integral,sin 3t dt =(Simplify your answer: Use integers or fractions for any numbers in the expression )Find the derivative of the evaluated integral.sin 3t dt =(Simplify your answer: Use integers or fractions for any numbers in the expression:)Which of the following is the correct way to find the dif

This Question: 5 pts 24 of 25 (0 complete) Find the derivative sin 3t dt a. by evaluating the integral and differentiating the result: b. by differentiating the integral directly: Evaluate the definite integral, sin 3t dt = (Simplify your answer: Use integers or fractions for any numbers in the expression ) Find the derivative of the evaluated integral. sin 3t dt = (Simplify your answer: Use integers or fractions for any numbers in the expression:) Which of the following is the correct way to find the differentiation of the given integral directly? 0 A. Use tne Fundamental Theorem of Calculus, Part with Vx as lower limit and z as upper limit and then use the chain rule of differentiation Use the Fundamental Theorem of Calculus Part with Vx as lower limit and 2 as upper limit; and then use the product rule of differentiation: Use the Fundamental Theorem of Calculus Part with 2 as lower limit and Vx as upper limit; and then use the product rule of differentiation. Use tne Fundamental Theorem of Calculus Part with 2 as lower limit and Vx as upper limit; and then use the chain rule of differentiation Differentiate the integral directly: sin 3t dt = (Simplify your answer: Use integers or fractions for any numbers in the expression ) Click to select your answer(s).  #### Similar Solved Questions

##### The linear approximation was created by finding line with tWo characteristics: First; the function and the linear approximation had the same value at the indicated point;and second. the slope of the line was the same aS the derivative of the function at the given point: If the point isf then we want: L(c) = f(e) Same value at L(c) = f' (c) Same slope at I we will need to have three conditions. If the quadratic To get a quadratic approximation C G1' then we must have fiunction will have
The linear approximation was created by finding line with tWo characteristics: First; the function and the linear approximation had the same value at the indicated point;and second. the slope of the line was the same aS the derivative of the function at the given point: If the point isf then we want...
##### QUESTION 5Wnicn cne the cutccme cf secretion of anti-Millerian rormcne by the fetal testes?secretion of testosterone from seminiferous tubules of the fetal testesdegereration of feriale sex duct tissues; eg OvidUcts, Ulerussynthesis androgen eceptors by fetal testicular tissuessecretion of estroger ard progesterone by the feta) ovaresrelease of the second polar bcdy from the embryo
QUESTION 5 Wnicn cne the cutccme cf secretion of anti-Millerian rormcne by the fetal testes? secretion of testosterone from seminiferous tubules of the fetal testes degereration of feriale sex duct tissues; eg OvidUcts, Ulerus synthesis androgen eceptors by fetal testicular tissues secretion of estr...
##### To test for any significant difference in the mean number of hours between breakdowns for four machines, the following data were obtained_Machine 1Machine 2Machine 3Machine6.48.711.19.97.87.410.312,85.39.49.712.17.410.110.310.88.49.29.211.37.39.88.811.5The mean times between breakdowns are 7.1, 9.1, 9.9 and 11.4 hours respectively: In the analysis of variance , MSTR 19.26 and MSE 97_ Use the Bonferroni adjustment to test for a significant difference between all pairs of means. Assume that a maxi
To test for any significant difference in the mean number of hours between breakdowns for four machines, the following data were obtained_ Machine 1 Machine 2 Machine 3 Machine 6.4 8.7 11.1 9.9 7.8 7.4 10.3 12,8 5.3 9.4 9.7 12.1 7.4 10.1 10.3 10.8 8.4 9.2 9.2 11.3 7.3 9.8 8.8 11.5 The mean times bet...
##### You mst show all your work Secticr 7.6, The givez curve is rotated sbout the axis. Find the area of the resulting surfacc. (a) y = Vz,1<z <2 8 ^5 ds= JTG<oS9 SAeGtc)xr , ; "3zu_J? XaFQZS & 48+
You mst show all your work Secticr 7.6, The givez curve is rotated sbout the axis. Find the area of the resulting surfacc. (a) y = Vz,1<z <2 8 ^5 ds= JTG<oS9 SAeGtc)xr , ; "3zu_J? XaFQZS & 48+...
##### Ctanicr 4 Temary Kanenclaare Acids and SaltsDO YOU KNOW YOUR ACIDS? JIC FROM -ATE OUS FROM-ITE HYDRO , IC IDEExercisuComplete the lollotiing lable.Name of AcidFormula of AcidNamcAnionrourochloric acidHCIchloridesulnunieacicH,SO,sulfotesulfitechlorous acidninolHC,H,Ozor CH,COOHhydrobromic ucidsulfidechromic acidphosphate
Ctanicr 4 Temary Kanenclaare Acids and Salts DO YOU KNOW YOUR ACIDS? JIC FROM -ATE OUS FROM-ITE HYDRO , IC IDE Exercisu Complete the lollotiing lable. Name of Acid Formula of Acid Namc Anion rourochloric acid HCI chloride sulnunieacic H,SO, sulfote sulfite chlorous acid ninol HC,H,Ozor CH,COOH hydro...
##### The speed with which utility companles can resolve problems very Important: GTC, the Georgetown Telephone Company; can resone customer problems tne same day they are reports eported 802 of the cases Suppose the cases reported today are representative of all complaintspicture Click here for the Excel Data Flle0-1. How many of the problems would you expect IO be resolved today? (Round your answer to decImal places |answci complete and conrect.umber m12,00o Dlleme
The speed with which utility companles can resolve problems very Important: GTC, the Georgetown Telephone Company; can resone customer problems tne same day they are reports eported 802 of the cases Suppose the cases reported today are representative of all complaints picture Click here for the Exc...
##### Solve by Substitution.3y 12yT [~4 _ 4One solution:No solution UIntnite number of solutions
Solve by Substitution. 3y 12y T [ ~4 _ 4 One solution: No solution UIntnite number of solutions...
##### Suppose the Earth is a perfect sphere with $R=6370 \mathrm{~km}$. If a person weighs exactly $600.0 \mathrm{~N}$ at the North Pole, how much will the person weigh at the equator? [Hint: The upward push of the scale on the person is what the scale will read and is what we are calling the weight in this case.]
Suppose the Earth is a perfect sphere with $R=6370 \mathrm{~km}$. If a person weighs exactly $600.0 \mathrm{~N}$ at the North Pole, how much will the person weigh at the equator? [Hint: The upward push of the scale on the person is what the scale will read and is what we are calling the weight in th...
##### The table below shows the temperature increase in vehicle after small timespan_ Create scatter plot letting time (in minutes) be the independent variable. Find the exponential model that best Minutes Temperaturc Increase (2F) represents the data Find the logarithmic model that best represents the data_coefficient for the What is the correlation coefficient for the What Is the correlation exponential model? logarithmic model?determine the temperature increase Using the model that best represents
The table below shows the temperature increase in vehicle after small timespan_ Create scatter plot letting time (in minutes) be the independent variable. Find the exponential model that best Minutes Temperaturc Increase (2F) represents the data Find the logarithmic model that best represents the d...
##### 10. Use the definition to find the Laplace transform of the functionf(t) =7 cos(5t) + 8sin(5t) + 9e12t cos(5t) + 1Oel2t sin(5t).Hint: You may use the following results in the computations1 eat cos( Bt)dt = e at '[a cos( Bt) + B sin( Bt)] 02 + 82 1 7 eat sin( Bt)dt = '[a sin( Bt) = B cos( Bt)] 02 + 82where & and 6 are real constants:
10. Use the definition to find the Laplace transform of the function f(t) =7 cos(5t) + 8sin(5t) + 9e12t cos(5t) + 1Oel2t sin(5t). Hint: You may use the following results in the computations 1 eat cos( Bt)dt = e at '[a cos( Bt) + B sin( Bt)] 02 + 82 1 7 eat sin( Bt)dt = '[a sin( Bt) = B cos...
##### Solve the given problems.The radius of a circular oil spill is $r .$ It then increases in radius by 40 m before being contained. Find the area of the oil spill at the time it is contained in terms of $r$ (in expanded form). See Fig. 6.3.
Solve the given problems. The radius of a circular oil spill is $r .$ It then increases in radius by 40 m before being contained. Find the area of the oil spill at the time it is contained in terms of $r$ (in expanded form). See Fig. 6.3....
##### 14.Isooctane is often used as a solvent for radical reactions, especially when oxygen radicals are formed. Explain. Hint: consider the suitability of heptane versus isooctane_CH3 HaC _CH3H3cCH3
14.Isooctane is often used as a solvent for radical reactions, especially when oxygen radicals are formed. Explain. Hint: consider the suitability of heptane versus isooctane_ CH3 HaC _ CH3 H3c CH3...
##### What happens if you can write a function as a composition in different ways? Do you get the same derivative each time? The Chain Rule says you should. Find $d y / d x$ if $y=x^{3 / 2}$ by using the Chain Rule with $y$ as a composition of a. $y=u^{3}$ and $u=\sqrt{x}$ b. $y=\sqrt{u}$ and $u=x^{3}$
What happens if you can write a function as a composition in different ways? Do you get the same derivative each time? The Chain Rule says you should. Find $d y / d x$ if $y=x^{3 / 2}$ by using the Chain Rule with $y$ as a composition of a. $y=u^{3}$ and $u=\sqrt{x}$ b. $y=\sqrt{u}$ and $u=x^{3}$...
##### Calculate and compare the energy released by (a) the fusion of 1.0 $\mathrm{kg}$ of hydrogen deep within the Sun and (b) the fission of 1.0 $\mathrm{kg}$ of $^{25} \mathrm{U}$ in a fission reactor.
Calculate and compare the energy released by (a) the fusion of 1.0 $\mathrm{kg}$ of hydrogen deep within the Sun and (b) the fission of 1.0 $\mathrm{kg}$ of $^{25} \mathrm{U}$ in a fission reactor....
##### 1. What technique was used to produce the firstimages of single biological molecule, and why are single-moleculemeasurements important to understand biological systems? Give anexample showing the importance of single molecule studies.
1. What technique was used to produce the first images of single biological molecule, and why are single-molecule measurements important to understand biological systems? Give an example showing the importance of single molecule studies....
##### Which reagent is required for this reaction?52.RogPhyp"Pnj Ppn;D_'ppn,
Which reagent is required for this reaction? 52.Rog Phyp" Pnj Ppn; D_ 'ppn,...