he 20.0 cm by 35.0 cm rectangular circuit shown the figure (Figure 1) is hinged along side ab. It arries a clockwise I = 5.25 A current and is cated in a uniform 1.40 T magnetic field oriented erpendicular to two of its sides, as shown. ure b B Hinge 35.0 cm a 1 of 1 20.0 cm Part A Label the diagram to show the direction or magnitude of the force that the magnetic field exerts on each segment of the circuit (ab, bc, cd, and da). Drag the appropriate labels to their respective targets. Labels can be used once, more than once, or not at all. Fab Fbe Fod F'da no net force G1 G2 b B G1 G2 G1 G2 B B G1 G2 d B

please do this typewritten so I will upvote and skip this if you already did this. the big number on the right is only for numbering. please do not mind that. thank you

Answer the question below provide all work so I can understand please.

Use the VELOCITY vs. TIME graph below to answer the following questions. Let west be the positive direction & east be the negative direction. Express all answers in the appropriate mks units. [NOTE: m/s² should be entered as m/s^2.] VELOCITY vs. TIME GRAPH X-velocity (m/s) A.) Over what period of time was the object speeding up? 15 s to 25 s B.) Over what period of time was the object slowing down? 100 Os to 10 s C.) Over what period of time was the object's velocity constant? 50 10 s to 15 s D.) State the magnitude & direction of the object's acceleration at 3 s. west - 50 E.) State the magnitude & direction of the object's acceleration at 13 s. south - 100 F.) State the magnitude & direction of the object's acceleration at 16.5 s. t (s) 25 10 15 20 north

Part E only please

PLEASE ANSWER PART D FOR ME THANKS IN ADVANCE

How do you get the answer?

Please solve thanks

box the finals answers. Provide the necessary explanations for your solutions. Show the necessary diagrams.

For the problems below, complete the procedural instructions for each problem. Question 1: A helicopter flies with an airspeed of 42.5 m/s [W]. If the wind is traveling with a velocity of 25.0 m/s [E30°S] relative to the ground then determine the velocity of the helicopter relative to the ground. a. Use the data from the question to determine the velocity components for the helicopter's speed relative to the air and the wind's speed relative to the ground. b. Use your velocity components from part (a) and determine the resultant velocity for each component. (In other words, determine the resultant horizontal component for the helicopter's ground speed and the resultant vertical component for the helicopter's ground speed). c. Using your data, determine the resultant velocity of the helicopter relative to the ground. Question 2: A golf ball is hit from 4.3 m above a golfing fairway with an initial velocity of 30.0 m/s at an angle of 35° above the horizontal. v₁ = 30.0 m/s 0=35° fairway…