3. A dc motor develops 150 N-m and 50 N-m of torque at a speed of 250 rad/s and 750 rad/s respectively when 100 volts are applied. Find the following transfer function G(5) = 0₂ (5) Ea (5) J= 1kg-m² J₂ = 2kg⋅m² J₂ = 2ky. m² Jr = 16 lag. m² D= 32·N·m-s/rad and N₁=10 N₂= 20 №3= 10 N₁ = 10 8, (t) N₁ Na falt) + J 1604 lat) Moton N₂ D When La «Ra J₂ B Jo

Q: R + H3 G1 H1 + G2 H2 C

A: It is asked to simply the given block diagram

Q: V1 120 V R1 20 R2 R3 + v2 110 V R4 32 0 R5 10Ω R6 20

A: KIRCHOFF'S CURRENT LAW:- The algebraic sum of every current entering and leaving the node has to be…

Q: Circuit One: R3 = 950 0 R1= 260 0 E, = E3 = I3 = = ET = 208 V %3D RT = IT = R2 = 140 0 R4 = 650 Q E2…

A: in above figure  R1 = 260Ω             R2 = 140ΩR3 = 950Ω            R4 = 650Ω first we will find…

Q: what does c3 equal

A: Initial conditions are not given so take, initial conditions = 0.

Q: -. A block diagram is shown in the following figure, try to calculate C/R. G₁ H₁ H₂ G₂ G3

A:

Q: Based on the given Figure 1, using Nodal analysis what is the equation at node B? A) (VS1-B)/R1 =…

A:

Q: Block Diagrams Reduces the following systems

A:

Q: 3. Given: Find : VB = ? %3D VA VB R1 R2: R3 : 3Ω : :30 :20: V1 V2 R4: 120 120V R5: -100V O a. 78.7…

A:

Q: See Attached P3

A:

Q: စူးပြီး G₁ H₂ G3 C

A: We need to find C/R using block diagram reduction method Figure:

Q: how do I know which parts are divided and which parts are being multiplied?

A: It is given that:

Q: 3.61 In the circuit shown in the image below, if R1 determine the ratio i, /is. = 52 Q and R2 = 62…

A: Determine io/is for the given circuit for the given values ?

Electromagnetics Torque and Power

Electromagnetic torque is the torque required to start the rotation of a motor, and it is generally equal to the load torque. The output electromagnetic torque (torque produced by the armature on the air gap) is the load torque at no load, and the load torque is equal to the electromagnetic torque. Due to electromagnetic force, electrical torque is a circular motion. Torque is the radial force from an axis of rotation. It is the vector cross product of the radius and force vectors.