Determine the moment about the pin due to the force

Reference no: EM13539014

1.For an SO2 emission rate of 22,000 kg/day and an exhaust gas flow rate of 5.0 million m^3/hour(after the scrubber) measured at 150 C and 1atm pressure, calculate the concentration of SO2 in the exhaust gases(ppm).

2.Determine the moment about the pin due to the force (f1) 100lbs,27inches away at an angle of 30 degrees.

Reference no: EM13539014

Questions Cloud

State what is the hcl concentration : Borax is used to standardize a solution of HCl. If 0.2334 g of borax requires 24.31 mL of HCl titrant, what is the HCl concentration

What is the average voltage induced in the loop : A loop of area 0.02 m^2 is perpendicular to a magnetic field which changes from 2 T to 1.5 T in a time of 0.4 sec. What is the average voltage induced in the loop

What is the final velocity of the first ball : Two 0.40kg soccer balls collide elastically in a head-on collision. The first ball starts at rest, and the second ball has a velocity of 3.5 m/s. What is the final velocity of the first ball

Explain what is the composition of the mixture by mass : A gas mixture composed of helium and argon has density of 0.670 g/L at 755 mmHg and 298K. What is the composition of the mixture by mass

Determine the moment about the pin due to the force : 1.For an SO2 emission rate of 22,000 kg/day and an exhaust gas flow rate of 5.0 million m^3/hour(after the scrubber) measured at 150 C and 1atm pressure, calculate the concentration of SO2 in the exhaust gases(ppm).

Find out the volume hc2h3o2 required to prepare : Determine the volume, in mL, of 2.00 M HC2H3O2 required to prepare each of the following solutions: 0.20 M acetic acid, and 0.020 M acetic acid.

Use the data in the figure to calculate the payoff : Use the data in the figure to calculate the payoff

State what will the ph of the final solution : The Ka for acetic acid is 1.8x10-5. If 340. ml of 3.45 M acetic acid is added to 823 ml of water, what will the pH of the final solution be

The velocity and the total distance traveled : The acceleration of a particle is defined by the relation a=-8m/s^2. Knowing that x=20m when t=4s and that x=4m when v=16m/s, determine (a) the time when the velocity is zero, (b) the velocity and the total distance traveled when t=11s.

User Account

All Pages