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A) Solve algebraically $\sin 2 x=0.5$ $\mathbf{0} \leq x<2 \pi$ b) Solve the equation from part a) using a different method.
a) Solve algebraically $\sin 2 x=0.5$ $\mathbf{0} \leq x<2 \pi$ b) Solve the equation from part a) using a different method....
1. Give the equation for the asymptote to the graph of y = e3-Sx 13
1. Give the equation for the asymptote to the graph of y = e3-Sx 13...
Be sure to answcr all perts: Liquid hydrogen peroxide; an oxidizing #gent in many rocket fuel mixtures; releases oxygen gas on decomposition:2 H,02() 72 H,o() 01(8)AUrs -196.1kICalculate the heat for the decomposition of 710.kg of HzOz:(Enter your answer in scientific notation:)
Be sure to answcr all perts: Liquid hydrogen peroxide; an oxidizing #gent in many rocket fuel mixtures; releases oxygen gas on decomposition: 2 H,02() 72 H,o() 01(8) AUrs -196.1kI Calculate the heat for the decomposition of 710.kg of HzOz: (Enter your answer in scientific notation:)...
In the circuit shown in Fig. $30.27, \quad \mathcal{E}=60.0 \mathrm{V}, R_{1}=$ $40.0 \Omega, R_{2}=25.0 \Omega,$ and $L=$ $0.300 \mathrm{H} .$ Switch $\mathrm{S}$ is closed at $t=0 .$ Just after the switch is closed, (a) what is the potential difference $v_{a b}$ across the resistor $R_{1} ;(b)$ which point, $a$ or $b,$ is at a higher potential; (c) what is the potential difference $v_{c d}$ across the inductor $L ;$ (d) which point, $c$ or $d,$ is at a higher potential? The switch is left clos
In the circuit shown in Fig. $30.27, \quad \mathcal{E}=60.0 \mathrm{V}, R_{1}=$ $40.0 \Omega, R_{2}=25.0 \Omega,$ and $L=$ $0.300 \mathrm{H} .$ Switch $\mathrm{S}$ is closed at $t=0 .$ Just after the switch is closed, (a) what is the potential difference $v_{a b}$ across the resistor $R_{1} ;(b)$ wh...
Calibration Tule Curve Dalh Vol. LpS of0.200M Volume of Volume of Fe(NOjh Totel Vol: 0.OO200M KSCN S0uM HNO; S CML Soml 14.5 Q J6 Oml 58 ML 4.0 nL 146 m Joaml Soo mL 45 ml 43 5 DL JoemL 40 mL 10 42 JOol @ 5.o mal AS DL LLS_f 1o OmL Table Calibration Curve Caleulations And Fereent Transmittunce Reeorded Q4ZpL lor cach blank coluinns, LM Jor Gichblul culutnn Tube Initial Molarity Final Molarity Fercent Tuluu| Molarity Abcorption Tnnaulliance Fe(NO ) Fe(SCN) Calculated KSCN Onccnc 06ockA Qoloah S9o
Calibration Tule Curve Dalh Vol. LpS of0.200M Volume of Volume of Fe(NOjh Totel Vol: 0.OO200M KSCN S0uM HNO; S CML Soml 14.5 Q J6 Oml 58 ML 4.0 nL 146 m Joaml Soo mL 45 ml 43 5 DL JoemL 40 mL 10 42 JOol @ 5.o mal AS DL LLS_f 1o OmL Table Calibration Curve Caleulations And Fereent Transmittunce Reeor...
The pmf of the negative binomial distribution NB(r,p) is f(c;p) = (-')va p)f-r for I =tt+l. where is Known. p is the sole unknown parameter and 0 < p < 1. Let X, Xa be random sample from NB(r, p).(12 pts) Show that negative binomial distribution belongs to the exponential class / famnily: (12 pts) Show that \$ X; is complete and sufficient for (12 pts) It is known that E(X,) =r/p and Var(X;) p)p? . Find the UMVUE of 1/p. (Hint: consider E(S)
The pmf of the negative binomial distribution NB(r,p) is f(c;p) = (-')va p)f-r for I =tt+l. where is Known. p is the sole unknown parameter and 0 < p < 1. Let X, Xa be random sample from NB(r, p). (12 pts) Show that negative binomial distribution belongs to the exponential class / famnily...
Convert 661,000 pascal, pa into torr:1atm = 760 torr = 760 mmHg = 101,325 pa 101.325 kpa 1.01325 barr 14.696 p.s.i. 29.921 inHg (inHg and p.s.i. are approximations of the metric pressures and are subject to significant figures)
Convert 661,000 pascal, pa into torr: 1atm = 760 torr = 760 mmHg = 101,325 pa 101.325 kpa 1.01325 barr 14.696 p.s.i. 29.921 inHg (inHg and p.s.i. are approximations of the metric pressures and are subject to significant figures)...