Determine the generated moment about point O. 6 ft F₂ = 200 lb 6 ft 30° F₁ = 300 lb 30°

Vector A has a length 10m. Direction s Show. the drffer ent angles, The numbers Only for are direction. a) what is the Vector in Cartesian form? Lo0.00 b) what is the angle a between A and +x dinection? 912.00 725.00 C) awhat is the angle between A and tz dirkction A.

An aircraft deigned for supersonic flight utilises a delta wing, as shown. Using the values given in the table for the labelled dimensions. Calculate the total wing span. Give your answer to 3 decimal places. C

The figure shows a wooden model to reproduce a metal piece ofaluminum through the sand casting process.a) How much mass (g or kg) of aluminum do you need to melt?b) How much energy Q (Joules) is required? Assume an initial temperature of 50 ° C and a100% thermal efficiency.c) What dimensions will the final metal piece have? all is in cm

Can someone please help me to solve this graphically on CAD as well as analytically. Show all work thank you!

1)Can you help me get the zero error (divisions) 2)what is zero error (in units)

Q12. The simple connecting rod mechanism shown in Figure Q12 has a connecting rod length AB of 142mm and a crank radius OA of 46mm. The connecting rod has a centre of gravity C, which is located 32mm from end A. a) b) c) d) e) When the crank angle 0 is 305° and the crankshaft speed (w) is 6500rpm clockwise as shown, determine by kinematic analysis: The magnitude and direction of the angular velocity of the connecting rod. The magnitude and direction of the velocity of the piston. The magnitude and direction of the angular acceleration of the connecting rod. The magnitude and direction of the acceleration of the piston. The magnitude of the acceleration of the centre of gravity (C) in the X and Y directions. Bo a Fig. 12 Connecting Rod Mechanism A Ꮎ a) b) c) d) e) 131.2 rad/s (ACW) 30.6 m/s to the left 122782.7 rad/s² (ACW) 9953.8 m/s² to the right x: 11712.9 m/s² to the right y: 13524.2 m/s² upwards 4