Asap within 30 minutes will definitely upvote (handwritten solution acceptable) Consider the following scenarioA pitot is steering a plane in the direction N 45" W at an air-speed (speed stil in air) of 160 mi/h. A wind is blowing in the direction S 30 E at a speed of 37 mi/h.Set up the coordinate axes so that north is the positive y-direction and west is the negative x-direction. With respect to the still ar, write a vector that represents the velocityof the plate and a vector that represents the velocity of the wind.-160 cos 45/+160 sin 45/planeVindGive a velocity vector of the plane relative to ground. (Round your values to three decimal places.)160√2313V=V.glanswind T160XFind vl. (Round your answer to one decimal place.)(V)- 130.3mi/hxxFind the true course and the ground speed (in mi/h) of the plane. (Round your answers to one decimal place.)true courseN 48.53xwground speed

Given, The speed of the plane, vp=-160cos(45°)i^+160sin(45°)j^mi/hvp=(-113.14i^+113.14j^)mi/h The…

Answered: A pitot is steering a plane in the…

Similar questions

9:49 I O 種78%画 4GË Tap circuit element to edit. PKET : Circuit Construction Kit: DC Lab So, we have three lightbulbs (resistors) all in a series where the current only has 1 path to follow. The 15 volts of potential energy supplied by the battery will divide among the 3 lightbulbs. However, will it divide evenly? Question: Do you think the 15 volts of potential energy (per Coulomb) supplied by the battery will divide evenly at a 5 volt drop at each of the lightbulbs? Why or Why not? Let's solve the problem mathematically before we close the switch and measure the current and voltage at each resistor. The strategy to solving these problems is to combine all the resistors into 1 total resistor using the equation above. Then use Ohm's law to determine a current, then analyze each resistor with the now known current to determine the voltage drop at each individual lightbulb (resistor). Step 1: Calculate the total resistance of the
A certain electric motor draws a current of 10 A when connected to 120 V. (b) How much energy does it use during 4 h of operation? Express your answer in kilowatt-hours.
(10%) Problem 10: Consider the circuit in the diagram, with sources of emf listed below. b Randomized Variables 0.10 2 & = 29 V & = 48 V R, 3 5.0 Ω. E2, 20 E = 9.5 V 0,50 2 E4 = 31 V 40 2 20.20 2 R 78 Q E3 ©theexpertta.com > A 33% Part (a) Find I in amps. Grade Summary 0% 100% Ij = Deductions Potential Late Work % Late Potential 50% 50% sin() cos() tan() 8 HOME cotan() asin() acos() EA AL 4 5 Submissions Attempts remaining: 10 (1% per attempt) detailed view atan() acotan() sinh() 1 2 cosh() tanh() cotanh() END O Degrees O Radians Vol BACKSPACE DEL CLEAR I give up! Submit Hint Feedback
What is the time required to charge a 0.09 microFarad capacitor, connected in series to a 76 kiloOhm resistor and a constant voltage source, starting from an initial charge of 0% until it reaches 94% of its maximum value? [give your answer in units of milliseconds with 2 decimal places of precision]
For the circuit shown below, ε = 24 V, L = 6 mH, and R = 4.50. After steady state is reached with S₁ closed and S₂ open, at t = 0, S₂ is closed and S₁ is opened. Determine (a) the current through L at t = 0, (b) the current through L at t = 5.5 x 10-4 s, (c) the voltage across R on the right at t = 5.5 × 10-4 s, and (d) the rate at which current through I changes at t = 5.5 × 10-4 L S. E Hint R S₁ eeee a. The current through L at t = 0 is 5.3 A. Additional Hints for (a). b. The current through Lat t = 5.5 x 10-4 s is A. Additional Hints for (b). c. The voltage across R at t = 5.5 x 10-4 s is V. Additional Hints for (c). d. The rate at which current through L changes at t = 5.5 × 10-4 s is A/s. Additional Hints for (d).
21 V, L 0, S2 is closed and S1 is opened. Determine (a) the current through L at For the circuit shown below, ɛ Si closed and S2 open, at t t = 0, (b) the current through L at t t = 3 x 10-4 4.5 mH, and R = 4N. After steady state is reached with 3 x 10 s, (c) the voltage across R on the right at s, and (d) the rate at which current through L changes att = 3 x 10-4 s. R E .R Hint a. The current through L at t = 0 is 5.25 A. Additional Hints for (a) .4 b. The current through L at t = 3 x 10 s is 4.0211 A. Additional Hints for (b) - 4 c. The voltage across R att 3 x 10 s is 16.17 V. Additional Hints for (c) d. The rate at which current through L changes at t = 3 × 10° s is A/s. Additional Hints for (d). 0000
For the circuit shown in Fig. 26-8, which equation is correct for loop2 (going clockwise)? (Note: The number after the letter is a subscript in the choices)\ FIGURE 26-8 ... R1 R3 + E1 E2 E3 1 R2 I2 I3 (A E2 + R3 13 + E3 + R2 12 = 0 (B) E2 - R3 13 - E3 - R2 12 = 0 E2 + R3 13 + E3 - R2 12 = 0 (D) E2 + R3 13 - E3 + R2 12 = 0 2. +
NOTE: K not joined or not connected together 3.2) Determine the equivalent resistance, Rab, of the circuit shown in Fig.3.2. 30 90 200 ww 90 180 180 160 40 Fig.3.2: (For Problem 3.2)
For the circuit shown below, ε=22 V, L=7.5 mH, and R=6Ω. After steady state is reached with S1 closed and S2 open, at t=0, S2 is closed and S1 is opened. Determine (a) the current through L at t=0, (b) the current through L at t=4.5×10-4 s, (c) the voltage across R on the right at t=4.5×10-4 s, and (d) the rate at which current through L changes at t=4.5×10−4 s. The current through L at t=0 is__________A. The current through L at t=4.5×10-4 s is_____A. The voltage across R at t=4.5×10-4 s is______V. The rate at which current through L changes at t=4.5×10-4 s is______A/s.
9.50 Determine u, in the circuit of Fig. 9.57. Let is(t) = cos(100t+40°) A. 0.1 H Vx is (t) Figure 9.57 For Prob. 9.50. 1 mF 20 S2