An ideal diameter d, in feet, of a ship's propeller is given by the formula d = ch1/5r−3/5. ***NOTE*** I only need answer for B. it is not 6%, 5.55% or 5.43% Here h is the horsepower of the engine driving the propeller, r is the (maximum) number of revolutions per minute of the propeller, and c is a constant. In both parts, give your answer in terms of a percentage. (Round your answers to two decimal places.) (a) If the horsepower is increased by 10% while the number of revolutions per minute remains the same, how is the propeller diameter affected? The propeller diameter      by   %. (b) If the horsepower remains the same while the number of revolutions per minute is increased by 10%, how is the propeller diameter affected? The propeller diameter      by

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