press сompacting samples has a large cylinder which is 10.0 cm in diameter, and a small cylinder with a diameter of 2.0 cm (Fig. 9). The piston of the small cylinder is attached to the midpoint of a lever that is hinged at point C as shown in the figure. The sample, which is placed on the large cylinder, has an area of 4.0 cm². What is the pressure on the sample if 350 N is applied at the end of the lever? (Giancoli, 2014) F2 350 N Sample- F C 10.0 cm Hydraulic fluid -Small cylinder -2.0 cm

I need help finding the force on a flat door at the bottom of the vessel that has a cross-sectional area of 0.5 m2.

The rear wheels of a truck support 57.0% of the weight of the truck, while the front wheels support 43.0% of the weight. The center of gravity of the truck is 2.52 m in front of the rear wheels. What is the wheelbase of the truck (the distance between the front and rear wheels)?

A gas is contained in a vertical cylinder fitted with a piston as shown in Fig(1). atmospheric pressure is lbar, and the piston area is 400mm?. what is the mass of piston, if the gas pressure inside is 120kPa? Assume standard gravitational acceleration. 1.2 Fig.1 Sketch for Problem 1.2 PISTON Gas

Problem 1: The figure below shows a vacuum tank with a flat circular observation window in one end. If the pressure in the tank is 0.32 psia when the barometer reads 30.5 in of mercury, calculate the total force on the window. Bolts Window 12 in

Part A Determine the magnitude of reaction at A due to hydrostatic pressure. Part B . Determine the magnitude of reaction at B due to hydrostatic pressure

A pneumatic tube system is used in a hospital to quickly transport laboratory samples across the building. A cylindrical canister (radius r = 12.5 cm, mass m = 950 g) containing the sample is placed in a tube with roughly the same radius. The bottom of the tube is exposed to atmospheric pressure, but the portion of the tube above the canister is maintained at a slightly lower pressure, which sucks the canister into the tube. For the questions below, use 101,325 Pa for atmospheric pressure, and maintain 6 significant figures on your numerical answers. What absolute pressure P must be maintained in the portion of the tube above the canister in order to keep the canister stationary? (For simplicity, assume that the tube is coated with a non-stick surface so that friction can be ignored). What is the gauge pressure above the canister in the scenario described above? If tube system operator lowers the absolute pressure found in part (a) by 1.00%, then what is the acceleration of the…

Your calculation and explanation are helpful. Next, Calculate elastic modulusYour observation of the gluten-free pancakes shows that they are much softer. For that reason you only use a 0.7 kg weight. Now the height of the pancake stack decreases from its initial value of 55 mm to a final value of 46 mm. Use these measurements to calculate the elastic modulus of the pancakes. Express your answer in Pascals but without including the unit.Next, Calculating distance between bonds Given your measurement of the elastic modulus, what is the distance between the bonds in the gluten-free pancakes? Assume that the interaction energy between the molecules in the gluten free pancake recipe is  Uint = kBT = 4*10-21J The cross link distance isa) larger than 1 micronb) between 100 nm and 1 micronc) between 10 nm and 100 nmd) between 1 nm and 10 nme) smaller than 1 nm

Compare the pressure in question 1A to the pressure in 4A and explain any differences.    I got question 1A to the pressure P=145.3atm or 147.53kPa I got question 4A to the pressure 1.4357atm

Complete and clear solution please thank you