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# Exercise 6.3.7: Solvex(t) = cOS t +cos(t - t)x(r) dr:...

## Question

###### Exercise 6.3.7: Solvex(t) = cOS t +cos(t - t)x(r) dr:

Exercise 6.3.7: Solve x(t) = cOS t + cos(t - t)x(r) dr:  #### Similar Solved Questions

##### The figure shows the graphs of the two functions f (x) and g(x).(2 Marks]Write equation function each graphWhat is the relationship between these two graphs?9()y100logz
The figure shows the graphs of the two functions f (x) and g(x). (2 Marks] Write equation function each graph What is the relationship between these two graphs? 9() y 100 logz...
##### Consider the following probability mass function: f (r)=c(+2+4)x 0,1,2,3 a) Determine the value of c, then write the probability distribution_ 6) Find the cumulative distribution function F (x c) Compute E [4X +3]. Compute Var [4X +3].
Consider the following probability mass function: f (r)=c(+2+4)x 0,1,2,3 a) Determine the value of c, then write the probability distribution_ 6) Find the cumulative distribution function F (x c) Compute E [4X +3]. Compute Var [4X +3]....
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##### It is often stated that proteins are quite large compared to the molecules they bind. However, what constitutes a large molecule depends on your point of view. Calculate the ratio of the volume of a hemoglobin molecule $(65 \mathrm{kD})$ to that of the four $\mathrm{O}_{2} \mathrm{mol}$ ecules it binds. Also calculate the ratio of the volume of a typical office $(4 \times 4 \times 3 \mathrm{m})$ to that of a typical office worker $(70 \mathrm{kg})$ that occupies it. Assume that the molecular vol
It is often stated that proteins are quite large compared to the molecules they bind. However, what constitutes a large molecule depends on your point of view. Calculate the ratio of the volume of a hemoglobin molecule $(65 \mathrm{kD})$ to that of the four $\mathrm{O}_{2} \mathrm{mol}$ ecules it bi...
##### ResourcesHintYou wish to measure the iron content of the well water on the new property You are about to buy: You prepare reference standard Fe '+ sulution with concentration of 6.37 x 107- M You treal 13.0 mL ol this relerence with HNO; and excess KSCN to form red complex and dilute the reference to 45.0 mL The diluted reference is placed in cell with O0-cm light palh: You lhen Lake 35.0 mL ol the well waler; treal wilh HNO, and excess KSCN and dilule tu I0O.0 mL This diluted sample is pla
Resources Hint You wish to measure the iron content of the well water on the new property You are about to buy: You prepare reference standard Fe '+ sulution with concentration of 6.37 x 107- M You treal 13.0 mL ol this relerence with HNO; and excess KSCN to form red complex and dilute the ref...
##### Explain what is meant by the phrase reduced row-echelon form. Give an example of how it was used in this section.
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##### Consider hypothetical chemica reaction:A+B-C+D(In this equation A, B_ C and D stand for some unknown chemical formulas )Here is an energy diagram for the reaction:energy (kJlmol)reaction coordinateUse the energy diagram to answer these questions_What is the heat of reaction?klmolExothermicIs the reaction exothermic or endothermic?EndothermicNeitherYes, it's klmolCan You determlne the activation energy?Can vou determine the activation energy of the reverse reaction?Yes,kJ/molC+D-A+B
Consider hypothetical chemica reaction: A+B-C+D (In this equation A, B_ C and D stand for some unknown chemical formulas ) Here is an energy diagram for the reaction: energy (kJlmol) reaction coordinate Use the energy diagram to answer these questions_ What is the heat of reaction? klmol Exothermic ...
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##### Steps and explanations on how to get these answers,please. 1. Find the pH of a solution that is6.0Ã—10âˆ’2 MM in potassium propionate(C2H5COOKC2H5COOK or KC3H5O2KC3H5O2 ) and9.0Ã—10âˆ’2 MM in propionic acid(C2H5COOHC2H5COOH or HC3H5O2HC3H5O2 ). TheKa of propionic acid is 1.3Ã—10-5.2. Find the pH of a solution that is7.5Ã—10âˆ’2 MM intrimethylamine, (CH3)3N(CH3)3N, and 0.12 MM intrimethylammonium chloride, (CH3)3NHCl(CH3)3NHCl. TheKb of trimethylamine is 6.4Ã—10-5.3. FInd the pH of a solution tha
Steps and explanations on how to get these answers, please. 1. Find the pH of a solution that is 6.0Ã—10âˆ’2 MM in potassium propionate (C2H5COOKC2H5COOK or KC3H5O2KC3H5O2 ) and 9.0Ã—10âˆ’2 MM in propionic acid (C2H5COOHC2H5COOH or HC3H5O2HC3H5O2 ). The Ka of propionic acid is 1.3Ã�...
##### InstructionsPreparation of the unknown weak acid Select the NaOH and fIIl the buret with the now standardized NaOH solution [NaOH]-0.097M Record the initial buret volume In your Notebook: Using the volumetric pipet, transfer 25.00 mL of the unknown weak acid t0 the Erlenmeyer flask: Add magnctlc stir bar to the flask: Then place the flask and Its contents on the magnetic stir plate. Turn on the stlr plate and place the pH electrode the MlaskGcen
Instructions Preparation of the unknown weak acid Select the NaOH and fIIl the buret with the now standardized NaOH solution [NaOH]-0.097M Record the initial buret volume In your Notebook: Using the volumetric pipet, transfer 25.00 mL of the unknown weak acid t0 the Erlenmeyer flask: Add magnctlc st...