Draw the timing diagrams for Qo, Q1, and Q2.
Draw the timing diagrams for Qo, Q1, and Q2. HIGH FFO FF1 FF2 -VI Q. |...
2. Refer to the logic diagram below. Draw the timing diagram for each corresponding output. E RIGHTILEFT Scrial data in Q3 D Qm Q1 D Qo с с с CLK T1 T2 T3 T4 T5 T6 T7 T8 T9 T10 T11 T12 CP Right/Left' Serial input Serial output Qo Q1 Q2 Q3
2) (20%) For the pipe bifurcation shown in the next figure, compute Qo, Q1, and Q2 assuming the fluid is water at 20°C and no energy loss. Pipes 2 and 2 discharge into the atmosphere. 01 200 mm dia 100 mm dia 300 mm dia 150 kPa
For the circuit shown in Figure 7 draw the waveforms Qo and Q1. Note that the J-K flip flop is a negative edge triggered with active LOW and PRESET inputs. Assume Qo and Q1 to be initially 0
Q1. Draw the shear force and bending moment diagrams for the following cantilever beam (10 marks). Q2. Draw the shear force and bending moment diagrams for the following simply supported beam (10 marks). Q3. Draw the shear force and bending moment diagrams for the following simply supported beam with cantilever extension (15 marks). Q4. Draw the shear force and bending moment diagrams for the following compound beam (15 marks).
Q1. Draw the block diagrams for the following: a) y = 3x1 + x2 – X1 b) y = 3**, +7[x2 + 5x3] Q2. Find the Laplace transform for the following: a) x(t) = desu(t) b) X(t) = 3e3fu(t-5) c) *(t)= ts
For the input shown below, draw the timing diagrams for the flip flop output Q (assume negative edge triggered flip flops) 1 CLOCK D or T CLR PRE 1.1 Assume a D flip-flop without a clear or preset 1.2 Assume a D flip-flop with active low clear CLR' 1.3 Assume a D flip-flop with active low clear CLR' and preset PRE 1.4 Assume a T flip-flop without a clear or preset (Q is initially 1) 1.5 Assume a T flip-flop...
The diagrams below display two sets of charges labeled Q1 and
Q2. The electric field lines and equipotential surfaces are
sketched along with several labeled locations. Select either
greater than, less than or equal to for the following statements
concerning these diagrams.
Equipotential and Electric Field Diagrams The diagrams below display two sets of charges labeled Q, and Q2. The electric field lines and equipotential surfaces are sketched along with several labeled locations. Select either greater than, less than, or...
Two small nonconducting spheres have a total charge of Q=Q1+Q2=Q=Q1+Q2= 93.0 μCμC , Q1<Q2Q1<Q2. When placed 28.0 cmcm apart, the force each exerts on the other is 12.5 NN and is repulsive. 1) What is the charge Q1? 2) What is the charge Q2? 3) What would Q1 be if the force were attractive? 4) What would Q2 be if the force were attractive?
1)Two small nonconducting spheres have a total charge of Q=Q1+Q2=Q=Q1+Q2= 88.0 μCμC , Q1<Q2Q1<Q2. When placed 25.0 cmcm apart, the force each exerts on the other is 10.5 NN and is repulsive. What is the Charge for Q1 and Q2, and what would they both be if the force was attractive?
draw the influence line , use muller breslau principle
CALCULATION KEY ORDINATES OF THE influence diagrams drawn.
Q1) Draw the influence line for reaction at A.
Q2)Draw the influence line for shear D.
Q3)Draw the influence line for moment at D.
Q4)Draw the influence line for moment at C.
Q)5The live load is 100kN/m. Calculate the maximum positive and
moment that could be generated at point D to the uniform live
load
B Hinge 2 m 2 m...