Compute the moles of iron in the original volumetric flask

Reference no: EM13312756

A 25.00 mL aliquot of iron solution was titrated to equivalence with 26.19 mL of 0.0215 M KMnO4. A procedure similar to the one in experiment 7 was followed. Calculate the moles of iron in the original volumetric flask.

Reference no: EM13312756

Questions Cloud

What is the direction of the electric field : An electron has an initial velocity of 5.00 106 m/s in a uniform 3.00 105 N/C strength electric field. What is the direction of the electric field

Explain what is the maximum number of electrons : What is the maximum number of electrons that can be in a second electron shell (principal energy level)?

Determine the length of pipe required at the linear velocity : A wastewater treatment plant must disinfect its effluent before discharging the wastewater to a near-by stream. The wastewater contains 4.5*105 fecal coliform colony-forming units (CFU) per liter.

Define normal business status and what are the non cash item : Discuss the major differences between your analysis of the 30 June 2013 report and the 30 June 2011 report (prior to the takeover of CTEC).

Compute the moles of iron in the original volumetric flask : A 25.00 mL aliquot of iron solution was titrated to equivalence with 26.19 mL of 0.0215 M KMnO4. A procedure similar to the one in experiment 7 was followed. Calculate the moles of iron in the original volumetric flask.

With what velocity was the object launched : An object fired at an angle of 35.0(degrees) above the horizontal takes 1.87s to travel the last 11.4m of its vertical distance, With what velocity was the object launched

The idea of visual scheduling : One of the hardest things for schedulers to accept is the idea of visual scheduling, which iscommonly referred to as Kanban scheduling. All of the schedulers earned degrees or have extensive experience in operations management and are used to termino..

Determine hydraulic retention time in the treatment system : The BOD5 of the influent wastewater is 150 mg/L and the first-order reaction rate for the degradation of BOD5 is 0.6/hr at 20°C. If the required effluent BOD5 is 20mg/L

Determine the maximum acceleration of the truck : A crate of weight W=550 lb has been attached to a pickup truck by a rope whose tensile strength is T_max=350 lb. determine the maximum acceleration of the truck

User Account

All Pages