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A soccer player kicks the ball into the net. From a motor learning perspective, the player seeing the final outcome (i.e., the goal) is getting: all the answers are correct KR feedback KP feedback general feedback kinematic feedback

Sensor systems for obstacle detection and avoidance in mobile robots. • Design and develop a suitable processor-based Data Acquisition (DAQ) system and external hardware to interface, measure, display and store the responses from the selected sensors.

Please help me solve this question for part A and part B  label final answer with correct units for P = and D =

Problem Solving. Solve the following problems completely. 5. Motors from two different manufacturers are being considered for application.Both motors are 50Hp, 460 volts, 3 phase, 60 cycles. Motor A operates at 80%efficiency and motor B operates at 89% efficiency. The expected need for themotor is 15 years. Motor A cost P120, 000.00 and motor B P150, 000.00.Electrical energy cost P8.00 per Kw-Hr and the motors will be operating 8 hoursper day, 250 days a year. Assume taxes and insurance are 3% of first cost. Whichmotor should be purchased?

A beginner reliability engineer did not realize that the failures of the system should be grouped by type instead of having them in one group. The system was observed to fail because of two types of failures: electrical (E) and mechanical (M). The failure data for E are 316, 138, 87, 923, 921, 1113, 1152, 577, 480, 1401 The data for M are 746, 1281, 1304, 1576, 1386, 671, 2106, 660, 1149, 425 The true data for E comes from an exponential distribution with mean = 1000 h, and the data for M comes from Weibull with γ = 2 and θ = 1000. a. What is the reliability expression for the true distribution? b. What is the reliability expression for the combined failures? c. Is the analysis of the engineer correct? Why?

Subject: Mechanical Measurements Do not copy other online answers

Hello Sir,Good Afternoon. I have a question in my home work related Statistic Structure lesson, the following below is my question. Please advise. Thnak you so much

Design and develop a suitable processor-based Data Acquisition (DAQ) system and external hardware to interface, measure, display and store the responses from the selected sensors.

Could you please explain where and what is tight side and also how to find 5-9

Solve only no 1 calculations,the one with diagram,I need handwritten expert solutions

What is the difference between static lateral stability and lateral stability? I see textbooks differentiate between the two but I don’t understand the difference

480 ft-lbf First Gear (2.66) Final Drive (3.42) Axle Torque Thrust Force Figure 2 - Corvette Z06 and its transmission schematic. You start by measuring the 60-0 mph braking performance, which is accomplished along 30.56 m. The test weight (including the driver) was found to be 1510.5 kgf. 1) "Fuel is spent to make the vehicle go uphill, as you are aware. However, the fuel will not be restored if the vehicle is brought back from the hilltop to the initial elevation level."ANALYSE this statement under the laws of Thermodynamics.

a. Currently, you serve as a robotic engineer by a company, and your boss want you to design a robot in spatial space to satisfy the following conditions: i. Max reachable distance of the robot is 1 meter. ii. Only using revolute joints, connecting links and rigid load bearing links (the length of link is 0.5m). iii. The degree of freedom (Dof) of the robot is 2. What is your design, how many joints and links will you use? b. The payload of your design is 10 kg (each load bearing link can hold 5 kg, 5 kg+5 kg=10kg, the weight and payload of the connecting links will be ignored), but your boss wants your designed robots to handle 20 kg payload. How will you update your current design, and how many joints and links will you use in the new design? What is the Dof of the new designed robot.

explain the Factor of Safety ? include minimum and the max

Biomechanies Il

Dynamics of a current controller DC motor is given as follows: Ktim = Jmẞ +bmẞ where, ẞ denotes the shaft angle (output), i, is the motor current (input), K, is the torque constant, im is rotor inertia along the rotation axis, bm is the coefficient of viscous friction for the rotor. im=0.4kgm, bm = 0.1Nms/rad, K, = 0.48 Nm/ A Initial conditions are zero. Obtain the transfer function of the system, Design a lead controller such that the static velocity error constant is improved by a factor of 13 when compared to the case of unit feedback. Use unit ramp for both cases. Moreover, gain margin should be at least 10 dB and the phase margin should be at least 40 degrees. Clearly show all the necessary steps. (When computing max. phase lead, consider additional 34.33 degrees for safety) Using MATLAB's margin function, indicate the phase margin and the gain margin of the controlled system. Show this Bode plot, steps used. Using MATLAB/Simulink, simulate the controller. Compare it with respect…

Pneumatics

i need a explanation about this picture and what it's work the system of DCV In detail and briefly please