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i need the answer asap. i will give you a thumps up #. How many ml...
i
need the answer asap. i will give you a thumps up
#. How many ml of a 6.00 molar NaOH solution would be needed to prepare 525 ml of a 2.5 molar solution? (Show your work and circle your answer) #. Given that 29,1 ml of 0.251 molar NaOH neutralizes a 1000 ml sample of HSo,, what is the concentration of the acid? (Hint- balance the equation before doing your calculation.) (Show your work and circle your answer.) HSO4.NOH......
Kindly provide calculation and show each step. Thanks (a) Given the signal x(t) in Figure 2,...
Kindly provide calculation and show each step. Thanks
(a) Given the signal x(t) in Figure 2, sketch the signal for: xit) 12 10 - 2- 0.2 0.4 0.6 2 14 1.6 1.8 2 0.8 Figure 2 i. x(t+2) [4 Marks] ii. x(t/3) [4 Marks] iii. x(2t) [4 Marks] iv. -X(t) [4 Marks] (b) Given the signal x(t) in Figure 3, sketch the signal for x-(2t-2): xit 25 2 1.5 1 0.5 -0.5 0.5 1 1.5 2 2.5 3.5 Figure 3...
Please answer FAST ASAP I will rate you thumbs up ?? Problem 1 (50 points) For...
Please answer FAST ASAP I will rate you thumbs up ??
Problem 1 (50 points) For H2O, determine the specified property at the indicated state. Locate the state on a sketch of the T-v diagram. State 1: p=20MPa, 7-520 C. It's on a superheated, saturated or compressed state? Find specific volume v, in m²/kg, and specific internal energy u, in kJ/kg. State 2: p=20MPa, v=4.76792*10-3 m®/kg. It's on a superheated, saturated or compressed state? Find quality x, temperature T, in...
PLease answer the below question with clear writing and step by step, will give thumps up....
PLease answer the below question with clear writing and step by
step, will give thumps up.
2. Consider replacing an orifice meter whose coefficient of discharging which takes friction and viscosity into account is 0.61 by a Venturi meter whose coefficient of discharging is 0.98. If the throats for both meters have the same diameters, find the ratio of pressure drop for Venturi meter to orifice meter when the flow rate is equal. D. D/21 Convergent Entrance Cylindrical Inlet Throat...
No mathematical expression for x(t). Problem 2: A message signal x(t), is illustrated in the graphs...
No mathematical expression for x(t).
Problem 2: A message signal x(t), is illustrated in the graphs below x(t) 1.5 1 0.5 -1 3 -0.5 1 -1.5 Time (s) 2 1 -45 -30 -15 0 15 Frequency (kHz) This signal is applied to a Narrow Band FM generator as shown below; x(t) Ф. (t) NBFM 5.60 MHz. anda frequency deviation The NBFM Signal p(t) has a center frequency f Afi 2.4 kHz - A. Sketch the time-domain signal p1(t) using the...
show all steps with explanation in clear graph: If you're not sure don't answer Problem 3 Three signals r(t), x...
show all steps with explanation in clear graph:
If you're not sure don't answer
Problem 3 Three signals r(t), x2(t) and r3(t) are given graphically below (a) Express 2(t), r3(t) in terms of 1(t) using time shifting and amplitude scaling (No time scaling (b) If r1 (t) is applied as input to a linear time invariant system and the corresponding output is y (t) given graphically below as well, determine the outputs of the system y2(t) and y3(t) when r2(t)...
ECE 3341, Quiz # 4, March 21, 2019, one problem, 15 minutes Problem. For the transmission-line sy...
ECE 3341, Quiz # 4, March 21, 2019, one problem, 15 minutes Problem. For the transmission-line system shown in Figure, derive the formulas and calculate the input impedances: Zin! (1 pt.) Zw (1 pt.); z,"3 (1.5 pt.); Zin4 (1.5 pt.). Zo line I Z, x tan(Bxz) Zied 2T
ECE 3341, Quiz # 4, March 21, 2019, one problem, 15 minutes Problem. For the transmission-line system shown in Figure, derive the formulas and calculate the input impedances: Zin! (1 pt.) Zw...
Problem 2.31: Please complete all of the following Problem 2.31: An underdamped mass-spring-dashpot system is subject...
Problem 2.31: Please complete all of the following
Problem 2.31: An underdamped mass-spring-dashpot system is subject to a periodic force F(t) of a period T and a saw-tooth form, as shown in Fig. P2.31. Assume ζ 0.1. AF(t) T" 2T 3T Figure P2.31 Periodic loading of saw-tooth shape (a) Obtain the Fourier series expansion for the force. (b) Find the Fourier series expansion of the system's steady-state response. (c) For T/T, = 0.5, where T, is the natural period of...
Figures below show electric field captured at 3 nanoseconds and 3.75 nanoseconds time instants. The expression for this field I E e cos(x-Bx) Use the figures to calculate the following a) Attenua...
Figures below show electric field captured at 3 nanoseconds and 3.75 nanoseconds time instants. The expression for this field I E e cos(x-Bx) Use the figures to calculate the following a) Attenuation constant a b) Frequencyf c) Propagation constant p d) Speed of propagation u, x: 1.5 x 3 Y: 0.09072 Y:0 3012 0.5 0.5 0 05 1 15 2 25 3 35 4 45 S x(meters) > 3 nanoseconds X: 0.35 Y: 07516 X: 1.85 Y:0 2264 0.5 05...
A highschool physics problem. I will give thumbs up if you answer me this question 1...
A highschool physics problem. I will give thumbs up if
you answer me this question
1 Homework-Tangent and Velocity 1/15/19, 8:59 If an arrow is shot upward on Mars with s speed p', he s, its height in meters t seconds later is given by y 58t 1.86 answers to two decimal places.)X (a) Find the average speed over the given time intervals m/s 11-58 ら0.5 2 m/s (v) [1, 1.001] m/s b) Estimate the speed when t 1. m/s
i
need the answer asap. i will give you a thumps up
#. How many ml of a 6.00 molar NaOH solution would be needed to prepare 525 ml of a 2.5 molar solution? (Show your work and circle your answer) #. Given that 29,1 ml of 0.251 molar NaOH neutralizes a 1000 ml sample of HSo,, what is the concentration of the acid? (Hint- balance the equation before doing your calculation.) (Show your work and circle your answer.) HSO4.NOH......
Kindly provide calculation and show each step. Thanks
(a) Given the signal x(t) in Figure 2, sketch the signal for: xit) 12 10 - 2- 0.2 0.4 0.6 2 14 1.6 1.8 2 0.8 Figure 2 i. x(t+2) [4 Marks] ii. x(t/3) [4 Marks] iii. x(2t) [4 Marks] iv. -X(t) [4 Marks] (b) Given the signal x(t) in Figure 3, sketch the signal for x-(2t-2): xit 25 2 1.5 1 0.5 -0.5 0.5 1 1.5 2 2.5 3.5 Figure 3...
Please answer FAST ASAP I will rate you thumbs up ??
Problem 1 (50 points) For H2O, determine the specified property at the indicated state. Locate the state on a sketch of the T-v diagram. State 1: p=20MPa, 7-520 C. It's on a superheated, saturated or compressed state? Find specific volume v, in m²/kg, and specific internal energy u, in kJ/kg. State 2: p=20MPa, v=4.76792*10-3 m®/kg. It's on a superheated, saturated or compressed state? Find quality x, temperature T, in...
PLease answer the below question with clear writing and step by
step, will give thumps up.
2. Consider replacing an orifice meter whose coefficient of discharging which takes friction and viscosity into account is 0.61 by a Venturi meter whose coefficient of discharging is 0.98. If the throats for both meters have the same diameters, find the ratio of pressure drop for Venturi meter to orifice meter when the flow rate is equal. D. D/21 Convergent Entrance Cylindrical Inlet Throat...
No mathematical expression for x(t).
Problem 2: A message signal x(t), is illustrated in the graphs below x(t) 1.5 1 0.5 -1 3 -0.5 1 -1.5 Time (s) 2 1 -45 -30 -15 0 15 Frequency (kHz) This signal is applied to a Narrow Band FM generator as shown below; x(t) Ф. (t) NBFM 5.60 MHz. anda frequency deviation The NBFM Signal p(t) has a center frequency f Afi 2.4 kHz - A. Sketch the time-domain signal p1(t) using the...
show all steps with explanation in clear graph:
If you're not sure don't answer
Problem 3 Three signals r(t), x2(t) and r3(t) are given graphically below (a) Express 2(t), r3(t) in terms of 1(t) using time shifting and amplitude scaling (No time scaling (b) If r1 (t) is applied as input to a linear time invariant system and the corresponding output is y (t) given graphically below as well, determine the outputs of the system y2(t) and y3(t) when r2(t)...
ECE 3341, Quiz # 4, March 21, 2019, one problem, 15 minutes Problem. For the transmission-line system shown in Figure, derive the formulas and calculate the input impedances: Zin! (1 pt.) Zw (1 pt.); z,"3 (1.5 pt.); Zin4 (1.5 pt.). Zo line I Z, x tan(Bxz) Zied 2T
ECE 3341, Quiz # 4, March 21, 2019, one problem, 15 minutes Problem. For the transmission-line system shown in Figure, derive the formulas and calculate the input impedances: Zin! (1 pt.) Zw...
Problem 2.31: Please complete all of the following
Problem 2.31: An underdamped mass-spring-dashpot system is subject to a periodic force F(t) of a period T and a saw-tooth form, as shown in Fig. P2.31. Assume ζ 0.1. AF(t) T" 2T 3T Figure P2.31 Periodic loading of saw-tooth shape (a) Obtain the Fourier series expansion for the force. (b) Find the Fourier series expansion of the system's steady-state response. (c) For T/T, = 0.5, where T, is the natural period of...
Figures below show electric field captured at 3 nanoseconds and 3.75 nanoseconds time instants. The expression for this field I E e cos(x-Bx) Use the figures to calculate the following a) Attenuation constant a b) Frequencyf c) Propagation constant p d) Speed of propagation u, x: 1.5 x 3 Y: 0.09072 Y:0 3012 0.5 0.5 0 05 1 15 2 25 3 35 4 45 S x(meters) > 3 nanoseconds X: 0.35 Y: 07516 X: 1.85 Y:0 2264 0.5 05...
A highschool physics problem. I will give thumbs up if
you answer me this question
1 Homework-Tangent and Velocity 1/15/19, 8:59 If an arrow is shot upward on Mars with s speed p', he s, its height in meters t seconds later is given by y 58t 1.86 answers to two decimal places.)X (a) Find the average speed over the given time intervals m/s 11-58 ら0.5 2 m/s (v) [1, 1.001] m/s b) Estimate the speed when t 1. m/s
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