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What was one result of the creation of the Civilian Conservation Corps (CCC) during the 1930s? 

Above is the link to the NUTR 378 Final Exam. Once you begin, you must complete it within the time allowance of 120 minutes. You have access between 8 am and midnight on …… If you cannot access the exam or have trouble, you may reach mebetween daytime hours (8 am and 9 pm) at my work number (812) 228-5151 or cellphone (812) 455-2418 when there is no answer from the office phone. You will need to monitor your own time. You cannot pause the exam. You must complete it all at once.If you exceed the time allowance, an “!” will appear in your Grade book. Points will be deducted from your score according to the Point Deduction Guidelines in the syllabus. If you experience problems with HonorLock please utilize the Support/Chat Bubble in the HonorLock Help Center through the Blackboard page.  If you experience trouble with the exam during my unavailabletimes of 9 pm to 8am, you will need to immediately email me, explain theproblem, and provide your contact information (phone) where you can be reachedbetween my daytime hours of 8:00 am-9:00 pm. 

For the circuit below: Solve the circuit. Calculate the power delivered to each resistor.

Two 2.0 meter long wires carry electric currents as shown. What’s the force vector applied to the left wire? What’s the force vector applied to the right wire?

For the system shown below: If the mass were pulled back and released, what would be its period of oscillation? If the mass were hung from the ceiling by the spring, how much would the spring stretch from its resting length?

A uniform magnetic field of 0.60 T is directed to the left, and an electron moves up with a speed of 2.5×106 m/s. The electron has a charge of -1.602×10-19 C, and a mass of 9.11×10-31 kg. What’s the force applied to the electron by the magnetic field? What’s the acceleration of the electron? If the electron continues to act under the influence of this electric field, what will be the radius of its circular path?

A string with a mass/length ratio of 0.0020 kg/m has a speaking length of 0.80 m and a tension of 220 N. What’s the fundamental wave length? What’s the fundamental frequency? What speaking length would be required to double the fundamental frequency?

Find the equation of the tangent line to the curve at the point (0,2). Solve for y.

A ball is dropped from a height of 220 feet above the ground. The height s (measured in feet) at time t is given by . Find the velocity of the ball in ft/s on impact with the ground if it takes 5 seconds to reach the ground.

Using the alternative limit definition, determine whether or not the function is differentiable at c =2: Formula: