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# If increase in temperature and volume of an ideal gas is two times, then the initial pressure $mathrm{P}$ changes to(a) $4 mathrm{P}$(b) $2 mathrm{P}$(c) $mathrm{P}... ## Question ###### If increase in temperature and volume of an ideal gas is two times, then the initial pressure$mathrm{P}$changes to(a)$4 mathrm{P}$(b)$2 mathrm{P}$(c)$mathrm{P}$(d)$3 mathrm{P}$If increase in temperature and volume of an ideal gas is two times, then the initial pressure$mathrm{P}$changes to (a)$4 mathrm{P}$(b)$2 mathrm{P}$(c)$mathrm{P}$(d)$3 mathrm{P}$ ## Answers #### Similar Solved Questions 5 answers ##### Let D be the trapezoidal region in the xy-plane bounded by the graphs of x 0, y = 1, y = and y = 5. Find fL 9w In(y) dA: Preview Let D be the trapezoidal region in the xy-plane bounded by the graphs of x 0, y = 1, y = and y = 5. Find fL 9w In(y) dA: Preview... 4 answers ##### 2 An electron is moving along the Z-direction with a constant velocity v 2.0 X 107k mls. At some particular instant in time, it is at the position (1 mm, 1 mm, Omm) relative to the origin: You are asked to find the magnetic field at the position (1 mm, -1 mm, 0 mm) at that instant in time: Draw a picture that clearly illustrates each of the variables in Eq: (29.4) for the magnetic field of a moving point charge. Your picture should show your coordinate system b Make a list of known and unknown q 2 An electron is moving along the Z-direction with a constant velocity v 2.0 X 107k mls. At some particular instant in time, it is at the position (1 mm, 1 mm, Omm) relative to the origin: You are asked to find the magnetic field at the position (1 mm, -1 mm, 0 mm) at that instant in time: Draw a pi... 5 answers ##### Acetylene and oxygen react to form carbon dioxide and water; like this:2C2H2(9)+502(9) _ CO2(g9)+2H2O(g)Use this chemical equation to answer the questions in the table below:Suppose 150. mmol of C2Hz and 375_ mmol of 02 are added to an empty flask How much COz will be in the flask at equilibrium?None_Some, but less than 300. mmol: 300_ mmol More than 300. mmol-Suppose 245. mmol of CO2 and 123_ mmol of HzO are added to an empty flask: How much CO2 will be in the flask at equilibrium?None_Some_ bu Acetylene and oxygen react to form carbon dioxide and water; like this: 2C2H2(9)+502(9) _ CO2(g9)+2H2O(g) Use this chemical equation to answer the questions in the table below: Suppose 150. mmol of C2Hz and 375_ mmol of 02 are added to an empty flask How much COz will be in the flask at equilibrium?... 5 answers ##### What is the area under the normal 2 points distribution between z=0 and 2-3.5? Hint: Draw it out and use the Proportions table: What is the area under the normal 2 points distribution between z=0 and 2-3.5? Hint: Draw it out and use the Proportions table:... 5 answers ##### To human [ Now HJALSu H cells. 1 tom Dos tical L 1 5 V } V 1 'PPnq 1 (b in 1 # 2 cclls . and prokary 1 hi to human [ Now HJALSu H cells. 1 tom Dos tical L 1 5 V } V 1 'PPnq 1 (b in 1 # 2 cclls . and prokary 1 hi... 5 answers ##### (O/1 Points]DETAILSPREVIOUS ANSWERSSCALC9 7.4.051,Make supstituninnexpress tht integrandFtlonz funcicnEno then evaluate the integral. (Use tor tnc conttantintegration )12e*Need Help?WenheStonut Anawer (O/1 Points] DETAILS PREVIOUS ANSWERS SCALC9 7.4.051, Make supstituninn express tht integrand Ftlonz funcicnEno then evaluate the integral. (Use tor tnc conttant integration ) 12e* Need Help? Wenhe Stonut Anawer... 5 answers ##### Ange JEgnlou Unir ADW DAB ABC BCD CDAVc830.264.15.0" 4" 0'2107 Lie [1Z4LQLineecuieutValuc (ma 310 588 820,586 Ts6: 4jo.s99"49" 26 &Calculate the adjusted ungles for DAB. ABC, BCD, CDA Whil the elass of uccuracy ol thts tra VeTbe/ Caleulate thc litul azimuths 64H, Gix , Gcn and Gix; Culculue thc dcpurturcs and the Iatitudes for thc segments AB, RC, CD ;na DA Calculale Ilte lincar miselsure for this tnverse, Calculale the balanced the depurtures and the latitudes for t Ange JEgnlou Unir ADW DAB ABC BCD CDA Vc 830.264.15.0" 4" 0'2107 Lie [1Z4LQ Lineecuieut Valuc (ma 310 588 820,586 Ts6: 4jo.s 99"49" 26 & Calculate the adjusted ungles for DAB. ABC, BCD, CDA Whil the elass of uccuracy ol thts tra VeTbe/ Caleulate thc litul azimuths 64H, G... 5 answers ##### Could the following graph show 95% HPD credible interval for &?956) why or why not?Comparing 95% HPD t0 95" Confidence Interval for / which has probability .95 that /is Could the following graph show 95% HPD credible interval for &? 95 6) why or why not? Comparing 95% HPD t0 95" Confidence Interval for / which has probability .95 that /is... 1 answers ##### In the following problems, use$\gamma=62.4 \mathrm{lb} / \mathrm{ft}^{3}$for the specific weight of fresh water and$\gamma_{c}=150 \mathrm{lb} / \mathrm{ft}^{3}$for the specific weight of concrete if U.S. customary units are used. With SI units, use$\rho=10^{3} \mathrm{kg} / \mathrm{m}^{3}$for the density of fresh water and$\rho_{c}=2.40 \times 10^{3} \mathrm{kg} / \mathrm{m}^{3}$for the density of concrete. (See the footnote on page 234 for how to determine the specific weight of a mate In the following problems, use$\gamma=62.4 \mathrm{lb} / \mathrm{ft}^{3}$for the specific weight of fresh water and$\gamma_{c}=150 \mathrm{lb} / \mathrm{ft}^{3}$for the specific weight of concrete if U.S. customary units are used. With SI units, use$\rho=10^{3} \mathrm{kg} / \mathrm{m}^{3}$for... 1 answers ##### Use a CAS to perform the following steps for the functions in Exercises 49-52: a. Plot$y=f(x)$over the interval$\left(x_{0}-1 / 2\right) \leq x \leq\left(x_{0}+3\right)$b. Holding$x_{0}$fixed, the difference quotient $$q(h)=\frac{f\left(x_{0}+h\right)-f\left(x_{0}\right)}{h}$$ at$x_{0}$becomes a function of the step size$h$. Enter this function into your CAS workspace. c. Find the limit of$q$as$h \rightarrow 0$d. Define the secant lines$y=f\left(x_{0}\right)+q \cdot\left(x-x_{0}\ri
Use a CAS to perform the following steps for the functions in Exercises 49-52: a. Plot $y=f(x)$ over the interval $\left(x_{0}-1 / 2\right) \leq x \leq\left(x_{0}+3\right)$ b. Holding $x_{0}$ fixed, the difference quotient $$q(h)=\frac{f\left(x_{0}+h\right)-f\left(x_{0}\right)}{h}$$ at $x_{0}$ becom...
##### For_ home repair job you must turn the handle of screwdriver 21 times.Part AIf you apply a average force of 12 N tangentially to the 0-cm-diameter handle how much work have you done?Express your answer t0 two significant figures and Include appropriate units_ValueUnitsSubmitPrevious_Answers Request AnswerIncorrect; Try Again; 5 attempts remainingPart BIf you complete the job in 28 seconds what was your average power output?Express your answer t0 two significant figures and Include appropriate un
For_ home repair job you must turn the handle of screwdriver 21 times. Part A If you apply a average force of 12 N tangentially to the 0-cm-diameter handle how much work have you done? Express your answer t0 two significant figures and Include appropriate units_ Value Units Submit Previous_Answers R...
##### Solve the inequalities by displaying the solutions on a calculator.$$40(x-2)>x+60$$
Solve the inequalities by displaying the solutions on a calculator. $$40(x-2)>x+60$$...
##### Question 31 (1 point) Range fractionation is found in all sensory organs. It requires_two or more different types of senses in one organ, as found in the inner ear (3 senses)two different parallel processed organs (paired like ears, eyes, nostrils, etc) two or more different populations of receptor proteins or receptor cells two or more different populations of animals with different expressed traitsQuestion 32 (1 point) Which statement best describes vertebrate taste receptors:there are very ma
Question 31 (1 point) Range fractionation is found in all sensory organs. It requires_ two or more different types of senses in one organ, as found in the inner ear (3 senses) two different parallel processed organs (paired like ears, eyes, nostrils, etc) two or more different populations of recepto...
##### Three identical point charges each of charge $q$ are located at the vertices of an equilateral triangle as in Figure $\mathrm{P} 16.16$ . The distance from the center of the triangle to each vertex is a. (a) Show that the electric field at the center of the triangle is zero. (b) Find a symbolic expression for the electric potential at the center of the triangle. (c) Give a physical explanation of the fact that the electric potential is not zero, yet the electric field is zero at the center.
Three identical point charges each of charge $q$ are located at the vertices of an equilateral triangle as in Figure $\mathrm{P} 16.16$ . The distance from the center of the triangle to each vertex is a. (a) Show that the electric field at the center of the triangle is zero. (b) Find a symbolic expr...
##### In the following exercises, set up a table of values and round to eight significant digits. Based on the table of values, make a guess about what the limit is. Then, use a calculator to graph the function and determine the limit. Was the conjecture correct? If not, why does the method of tables fail? $$\lim _{\alpha \rightarrow 0^{+}} \frac{1}{\alpha} \cos \left(\frac{\pi}{\alpha}\right)$$
In the following exercises, set up a table of values and round to eight significant digits. Based on the table of values, make a guess about what the limit is. Then, use a calculator to graph the function and determine the limit. Was the conjecture correct? If not, why does the method of tables fail...