What is Vo if T1 has N2/N1 -2?
What is Vo(t)?
What is Vo/Vin?
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For the repeated-measures t statistic, df = ________. a. n1 + n2 – 2 b. (n1 – 1) + (n2 – 1) c. n + 1 d. n1 + n2 – 1 e. n – 1
N1 Gear wheel 1 N1 T1 Gear wheel 1 ĐỆMOTOR- R1 R1 Gear wheel 2 Gear wheel 2 R2 R2 Rd Rd T2 Cylindrical Drum Cylindrical Drum N2 N2 Brake shoe Brake shoe Front View (a) F-Braking Force Side View TE- Braking Force (b) Figure Q1 (not to scale) (b) The brake shoe shown is used to slow down the drive train by applying a breaking force F on the cylindrical surface of the drum. If the kinetic coefficient of...
n1 n2 According to the light path, n1<n2. True False
Mean1 = 10, s21 = 4, N1 = 18; Mean2 = 8, s22 = 2, N2 = 20. What is the t value?
As light travels from a medium with n1 into a medium with n2 and (n1/n2)*sinθ1 is greater than 1 what happens? A)The light does not change direction at the interface B)Total internal reflection occurs C)The light is completely absorbed D)This cannot ever happen
n1 n2 6. Light rays cross interfaces from medium 1 into medium 2 and then into medium 3. Which of the following is true? n3 A) n1 > n2 and n2 > n3 B) n3 > n2 and n2 > n1 C) n2 > n1 and n2 > n3 D) None of the above
Poisson Processes. Suppose you have two independent Poisson processes (N1(t), 12 0} and {N2(t), t 0), where Ni(t) has rate λ and N2(t) has rate μ. Label the arrivals from N(t) as "type1" and arrivals from N2(t) as "type 2." Let Z be a random variable that represents the time until the next arrival of either type. What is the distribution of Z? (Justify your answer.)
Poisson Processes. Suppose you have two independent Poisson processes (N1(t), 12 0} and {N2(t),...
A light falls on the sample with n1 = 1.653 and n2 = 2.35 × 10-2 (n = n1 + i n2), with a wavelength of 500 nm. Calculate the followings: a) the speed of light in the sample b) Wavelength of light in the sample c) The distance at which the wave intensity is reduced by half. d) Reflection coefficient of light from sample
For the toroid shown in Figure 2, N1 = 100 turns, N2 = 200 turns, us = 106/41. Determine L12. Draw the T-equivalent circuit. Show all parameter values (neglect resistances). Figure 2: Toroid for problem 2.
Question 1: (5 marks) Consider a two-species model for populations Ni and N2 follows as N1 (a -bN1 cN2) dt N2 (d - eN2 - Ni) dt (a) What kind of interaction does this system of equations represent? (b) Show that the equations can be simplified to dn1 an n1 (1 d7 dn2 Bn2 (1n2-n1). dT mT into the system of equations and picking by substituting N = kn\, N2 = ln2 and t appropriate constants k, l and m...