pinkhorse185 pinkhorse185

03-10-2022
Physics

Answered

A hemispherical bowl 40.0 cm in diameter is filled with a liquid density 805 kg/m^3. Find the maximum pressure exerted on the interior surface of the bowl.

Answer :

Other Questions

1) a sphere 8 cm in diameter has a charge of 4 uc placed on its surface. what is the electric field intensity a) at the surtace, b) 2 cm outside the surtace, c)

3 (c) Fig. 1.2 shows the cylinder immersed in a liquid. 2.7 cm -liquid -cylinder Fig. 1.2 (not to scale) The upper face of the cylinder is at a depth of 2.7 cm

3 (c) Fig. 1.2 shows the cylinder immersed in a liquid. 2.7 cm -liquid -cylinder Fig. 1.2 (not to scale) The upper face of the cylinder is at a depth of 2.7 cm

In an experiment to determine the relative density of lead shots, a student obtained the following results a Mass of relative density bottle = 25.8g b Mass of r

The barometric height of a town is 70cmhg given that the standard atmospheric pressure is 76cmhg and the density of mercury is 13600kgm3 determine the altitude

5 (ii) In a laboratory on the Moon, the plastic cube is held stationary, using a clamp, in beaker of the oil of density 850 kg/m³. The arrangement is shown in F

a 15 kg block rests on a roof that is at an angle of 40° to the horizontal. what is the component of the force into the surface of the roof 9.6N 11.5N 94.4N 112

Determine the position (x, y, 0) for fixing cable ba so that the resultant force exerted on the pole is directed along its axis, from b toward o. Also, what is

1. MAINIDEA Why are concepts in physics described with formulas?2. SI Units What is one advantage to using SI Units in science?3. Dimensional Analysis How

A 68.5 kg cyclist travels a straight climb two kilometers long. The mass of the bicycle is 11.5 kg, the ratio between altitude difference and distance traveled