• First time car buyer/ financer?

    Im thinking of financing a 2018 Civic sport touring in the new year , Im 22 and i am starting my career in august @33$/hr .. Any advice?
    Im thinking of financing a 2018 Civic sport touring in the new year , Im 22 and i am starting my career in august @33$/hr .. Any advice?
    7 answers · Other - Careers & Employment · 2 months ago
  • First Car decisions?

    Looking at buying a 2018 Honda Civic Sport Touring in the near future , The option that im thinking of is a 84 month payment due to the fact of a low monthly payment and also the car should outlast the payment term , Should I choose a different type of term? The payment bi weekly is 188$.. This would be my first car as im starting my career soon... show more
    Looking at buying a 2018 Honda Civic Sport Touring in the near future , The option that im thinking of is a 84 month payment due to the fact of a low monthly payment and also the car should outlast the payment term , Should I choose a different type of term? The payment bi weekly is 188$.. This would be my first car as im starting my career soon with a salary of 30$+ per hour at a 48 hour week.
    Buying & Selling · 2 months ago
  • 2018 Honda Civic Sport Touring?

    Looking at buying a 2018 Honda Civic Sport Touring in the near future , The option that im thinking of is a 84 month payment due to the fact of a low monthly payment and also the car should outlast the payment term , Should I choose a different type of term? The payment bi weekly is 188$.. This would be my first car as im starting my career soon... show more
    Looking at buying a 2018 Honda Civic Sport Touring in the near future , The option that im thinking of is a 84 month payment due to the fact of a low monthly payment and also the car should outlast the payment term , Should I choose a different type of term? The payment bi weekly is 188$.. This would be my first car as im starting my career soon with a salary of 30$+ per hour at a 48 hour week. Thanks
    Buying & Selling · 2 months ago
  • Pump head calculations?

    A vacuum evaporator has a pressure of -76kpa Gauge. The evaporator level is 10 m above the center line of a pump. The pump discharges into a storage tank, located 20 above the pump. This tank has a level of 6 m and a pressure blanket of 100 kPa (gauge). Liquid velocities are 3 m/s in the suction piping and 4 m/s in the discharge line. Friction loss... show more
    A vacuum evaporator has a pressure of -76kpa Gauge. The evaporator level is 10 m above the center line of a pump. The pump discharges into a storage tank, located 20 above the pump. This tank has a level of 6 m and a pressure blanket of 100 kPa (gauge). Liquid velocities are 3 m/s in the suction piping and 4 m/s in the discharge line. Friction loss in the suction line is 0.5 m and in the discharge line, 1.8 m. Calculate the pressure at inlet and the total dynamic head for the pump
    1 answer · Engineering · 5 months ago
  • Bernoullis question?

    Water is flowing in a hose with a velocity of 1.0 m/s and a pressure of 200 kpa gauge At the nozzle the pressure decreases to atmospheric pressure, there is no change in height. Calculate the velocity of the water at the nozzle
    Water is flowing in a hose with a velocity of 1.0 m/s and a pressure of 200 kpa gauge At the nozzle the pressure decreases to atmospheric pressure, there is no change in height. Calculate the velocity of the water at the nozzle
    1 answer · Physics · 5 months ago
  • Fluid dynamics?

    A pump is used to empty the water from one cylindrical tank into another. The supply tank is 90 cm in diameter, the bottom of the tank is 1.2 m above the pump and the tank is originally filled to a level of 1.5 m. The empty receiving tank is 1.15 m in diameter and the bottom of the tank is 4 m above the pump. Neglecting losses, determine the work... show more
    A pump is used to empty the water from one cylindrical tank into another. The supply tank is 90 cm in diameter, the bottom of the tank is 1.2 m above the pump and the tank is originally filled to a level of 1.5 m. The empty receiving tank is 1.15 m in diameter and the bottom of the tank is 4 m above the pump. Neglecting losses, determine the work required to transfer the water
    1 answer · Physics · 6 months ago
  • Fluid dynamics?

    A pump is used to empty the water from one cylindrical tank into another. The supply tank is 90 cm in diameter, the bottom of the tank is 1.2 m above the pump and the tank is originally filled to a level of 1.5 m. The empty receiving tank is 1.15 m in diameter and the bottom of the tank is 4 m above the pump. Neglecting losses, determine the... show more
    A pump is used to empty the water from one cylindrical tank into another. The supply tank is 90 cm in diameter, the bottom of the tank is 1.2 m above the pump and the tank is originally filled to a level of 1.5 m. The empty receiving tank is 1.15 m in diameter and the bottom of the tank is 4 m above the pump. Neglecting losses, determine the work required to transfer the water
    1 answer · Physics · 6 months ago
  • Fluid dynamics?

    An oil with a specific gravity of 0.78 flows at a velocity of 0.8 m/s in a 2” schedule 40 pipe. Find both the volume flow rate and the mass flow rat
    An oil with a specific gravity of 0.78 flows at a velocity of 0.8 m/s in a 2” schedule 40 pipe. Find both the volume flow rate and the mass flow rat
    3 answers · Physics · 6 months ago
  • Applied mechanics?

    The outside diameter is 1.6 times the inside diameter. When transmitting 420 kW of power at 180 RPM the angle of twist is 1 degree over a length of 40 times the inside diameter. Taking G for the material as 85 GPA A) calculate the outside and inside diameters,
    The outside diameter is 1.6 times the inside diameter. When transmitting 420 kW of power at 180 RPM the angle of twist is 1 degree over a length of 40 times the inside diameter. Taking G for the material as 85 GPA A) calculate the outside and inside diameters,
    1 answer · Physics · 9 months ago
  • Applied mechanics?

    The outside diameter is 1.6 times the inside diameter. When transmitting 420 kW of power at 180 RPM the angle of twist is 1 degree over a length of 40 times the inside diameter. Taking G for the material as 85 GPA A) calculate the outside and inside diameters,
    The outside diameter is 1.6 times the inside diameter. When transmitting 420 kW of power at 180 RPM the angle of twist is 1 degree over a length of 40 times the inside diameter. Taking G for the material as 85 GPA A) calculate the outside and inside diameters,
    1 answer · Engineering · 9 months ago