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Question 1: (25 points) Describe the Essay 1 process that you went through this semester. What specifically went well during the Essay 1 process? Give at least one-two specific examples from your work.

Question 2: (25 points) Where did you struggle during the Essay 1 assignment? (This could be course related tasks, time management, or outside obstacles.) What solutions did you discover/implement during the first half of the semester? What is your plan for the rest of this current semester to improve your own performance?

FIGURE 2-9 p2.png Refer to Fig. 2-9. If you start from the Bakery, travel to the Art Gallery, and then to the Cafe, in 1.0 hour, what is your average speed?

prob 22 pic (3).png Determine the direction’ measured counter-clockwise from the positive x-direction’ of the acceleration for m = 2.0 kg, F1 = 32.0 N, F2 = 18.0 N, F3 = 22.0 N, θ1 = 37.00, and θ2 = 25.00.

A cannon fires a projectile with a speed 35 m/s at an angle of 250 up from the horizontal over level ground. How far does the projectile fly? (ignore air resistance)

(20 pts.) Give a synthesis of the (target) molecule on the right from the starting molecule the left. this cannot be done in one reaction – you will need around 4 steps to synthesize this product. Give reagents and conditions and the intermediate molecules at each step. Do not show any mechanisms or transient intermediates. YOU ARE LIMITED TO REACTIONS FOUND IN THIS CLASS, if any reaction proposed is not within the coverage of this class, it is a automatic zero for this question.

p2(3) (1).png A meter pivoted about one end and hung vertically is used as a pendulum as shown. Determine the angular acceleration of the meter stick when the angle  θ = 35.00. (Moment of inertial of a rod pivoted about one end = 1/3 Mass X length2)

Which of the following differentiates the synthesis of carboxylic acids using a Grignard Reagent vs. oxidation with Na2Cr2O7?

Acceleration is directly proportional to the  _____ of an object.

Once an object starts to slide along the surface of another object, the friction force between objects becomes the force of ___________________ friction.