Question Rework problem 23 from section 3.1 of your text, involving a movie critic reviewing films. Assume that the critic finds that 50 percent of the movies have positive comments about the plot, 50 percent have positive comments about the acting, and 20 percent were not given positive comments about either plot or acting. What is the probability that a randomly selected movie was given positive comments about both plot and acting?

In each case of Question 6 write the greatest common divisor as an integral linear combination of the two numbers. (I) 165 and 252 gcd is 3 (ii) 4284 and 3480 gcd is 12

Question 2 (Leaching): A vegetable seed material, containing 0.4 kg oil/1 kg insoluble solid, is leached with pure hydrocarbon solvent in order to recover 80 % of the oil in a counter-current multistage leaching unit. It is found that the underflow varies with concentration in each classifier as shown in the figure below. What will be the required number of Question 2 (Leaching): A vegetable seed material, containing 0.4 kg oil/1 kg insoluble solid, is leached with pure hydrocarbon solvent in order to recover 80 % of the oil in a counter-current multistage leaching unit. It is found that the underflow varies with concentration in each classifier as shown in the figure below. What will be the required number of thickeners if 0.5 kg of hydrocarbon solvent is used/1 kg of inert solid? 0.42 0.4 0.38 0.36 0.34 0.32 0.3 0.15 0.2 0.25 0.3 0.35 0.4 0.45 0.5 kg solute/kg solution, X kg solution/hr, W 0 0.05 0.1

Q5: (A=2) a. Determine parametric equations for each of the following lines: * + 6 = * = 10 = ³ - 7 and * + 7 = "=¹, z = 5 -1 b. Determine the angle between the two lines. Q5: (A=2) a. Determine parametric equations for each of the following lines: * + 6 = * = 10 = ³ - 7 and * + 7 = "=¹, z = 5 -1 b. Determine the angle between the two lines.

(1 point) Let A be the area of a circle with radius r. If our dr = 4, find A when r = 5. dA dt Answer:

A R-12 compressor operates between evaporating temperature of 4 degrees C (hg = 353.18 KJ/kg , vg =0.4895)and condensing temperature of 43 degrees C (hf= 241. 6 KJ/kg ) . Determine the bore diameter of the 4 cylinder , 1000 rpm compressor if the piston speed is 200 m per minute and actual volumetric efficiency is 82% and refrigeration load is 25 tons. A 23 cm B 9.5 cm C. 8.5 cm D 10.5cm

The velocity function, in meters per second, is given for a particle moving along a straight line. (t)= v(t)=t-11f³+28t²; 0≤1≤7 (a) Find the displacement of the particle over the given time interval. Round to two decimal places. (b) Find the total distance that the particle travels over the given time interval. Round to two decimal places. The velocity function, in meters per second, is given for a particle moving along a straight line. (t)= v(t)=t-11f³+28t²; 0≤1≤7 (a) Find the displacement of the particle over the given time interval. Round to two decimal places. (b) Find the total distance that the particle travels over the given time interval. Round to two decimal places.