A robot used for moving objects in a warehouse is extending and elevating its arm simultaneously,whilst holding an object, P, that has a mass of 1.2 [kg]. At an arbitrary point in time, the followingrobot arm parameters are true:dedeg] d²0= 40dt[deg= 120dl,l = 0.5 [m],dtd?1= -0.30 = 30°,dt?s2= 0.4Sdt²Determine:a) The radial and transverse forces, F., and Fe, that the robotic arm is exerting on the grippedpart, P.b) Compare this to the static equilibrium case if the robotic arm is in the exact same position.Use the following diagram below.y1.2 [kg]+0.75 m-→-Object PRobot Used for Moving Objects

Answered: Image /qna-images/answer/6f7b235b-bf0b-467b-a377-6e0c8e855520.jpg

A robot used for moving objects in a warehouse is extending and elevating its arm simultaneously, whilst holding an object, P, that has a mass of 1.2 [kg]. At an arbitrary point in time, the following robot arm parameters are true: do = 40 dt d²0 = 120 lt2 0 = 30°,- ,l = 0.5 [m], dl d²l = 0.4 -0.3 dt 'dt² Determine: a) The radial and transverse forces, F,, and Fe, that the robotic arm is exerting on the gripped part, P. b) Compare this to the static equilibrium case if the robotic arm is in the exact same position. Use the following diagram below. y 20.75 m→. 1.2 [kg] Object P Robot Used for Moving Objects

A robot used for moving objects in a warehouse is extending and elevating its arm simultaneously, whilst holding an object, P, that has a mass of 1.2 [kg]. At an arbitrary point in time, the following robot arm parameters are true: do = 40 dt d²0 = 120 lt2 0 = 30°,- ,l = 0.5 [m], dl d²l = 0.4 -0.3 dt 'dt² Determine: a) The radial and transverse forces, F,, and Fe, that the robotic arm is exerting on the gripped part, P. b) Compare this to the static equilibrium case if the robotic arm is in the exact same position. Use the following diagram below. y 20.75 m→. 1.2 [kg] Object P Robot Used for Moving Objects

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

A particle is subjected to the action of two forces: F1 = 2.5 i-3j+ 6 k [kN] and F2 = 5 i+6j-5k [kN]. The magnitude of the resultant force is: %3D %3D Select one: Oa. FR=-8.139 [kN] %3D Ob. FR 8.139 [kN] Oc. FR = 5 [kN] Od. FR=-5 [kN] Activate Win ype here to seatch 445 PE
k=1000 N/ m Y. 5 m c = 50 Ns/ m m = 8 kg y(t) [cm] t [san] 20 10 15 y(t) = %* (1–). %3D T In the mass-spring-damper system in the figure, the platform to which the spring and damper elements are attached it moves y(t)= (4Y0*t/T)*(1-t/T) with a period of T=6 seconds so that YO=5 cm. Mass find the time solution x(t) of the motion. 000000
Please do this carefully.
Can you please help with this one , I really don't know what to do . Thanks in advance !
1)The mutual forces of gravitation depends on the law of action and reaction. [T or F] 2)The radius of gyration kx means the area concentrated into ring strip by y-axis [T or F] 1)we get concurrent forces, if there are three forces lines of action intersect at one point.[T or F]
3.An 80.000 (N] truck is going across a uniform 300,000[NJ bridge. The two (purple) towers apply a normal force on the bridge (orange & black color) upwards. The truck is 80[m] from the right tower and 50[m] from the left tower. 50 [m] sofm) a. Draw a rigid body diagram for the bridge 3 b. Fill the table below Rigid Body Diagram: Force/Torque Table: Forces y TA Net c. At the situation described above one of the supporting towers suddenly collapses. What force (by what object on what other object in the picture) is responsible for the collapse?
Mechanical vibrations
Given a system that has an initial velocity 10 [m/s], at a position of x = 0 [m], determine the time when an object is at a position of x = 40 [m] if its acceleration can be approximated as: Note that: S[√ax ² + b m a(x) = 12 [2] +0.05[1/s²]x +bx+c dx = = ln [2ax + b + 2√a(ax² + bx + c) va
D 600 N 4 m 900 N E A) F(ED).sin53= F(DC) 4 m A B B) F(EC)=1500 N 6 m C) F(DC).sin37 = F(ED) force in member [ED] : F(ED) force in member [DC] : F(DC) D) F(ED).cos53 = F(DC) force in member [BC] : F(BC) E) F(DC).cos37 = F(BC) Which following one is TRUE?
The graph shows data gathered from a series of Charpy impact tests on a tempered 4340 steel alloy. Determine the temperature corresponding to the 95% bound of maximum impact energy. Impact Energy [J] 0 -250 Answer: -200 dºvo Vo Tempered 4340 Steel Alloy -150 -100 Temperature [C] (688) + IT a 5 -50 120 70 60 50 20 10 0
2. Determine the moment values about the wrist, elbow, and shoulder for a person holding a 5 [lb] weight in their hand with an out stretched arm at 35 [degrees] from a vertical reference frame. The dimensional values are SE= 11 [in]; EW = 10 [in]; WB = 2 [in] Shoulder, S 35* Elbow, E Wrist, W Ball, B
An object is left to cool down in air and the following temperature data were recorded during the process. t [min]=0,1,2,3,4,5 T[celcius degree] = 100,88,82,72,70,65 (a) Represent this data by a 2^ order polynomial b) Predict how long it would take for the object to reach to 30 °C.