Practice 8 Merus 3 0 exam questions with instant feedback and cited explanations.
When using portable, motorized backpack equipment for outdoor mosquito control, what is the required swath width and walking speed?
Answer: For backpack equipment, the label specifies a 50 ft swath while walking at a speed of 2 MPH.
What is the required nozzle height for fixed-wing aircraft during an aerial application, unless otherwise approved by a state or tribe?
Answer: The label requires a nozzle height of no less than 100 feet for fixed wing aircraft or 75 feet for rotary wing aircraft.
According to the label, which of the following is a requirement for the timing and weather conditions of an application?
Answer: The label states to apply only when ground wind speed is greater than or equal to 1 MPH.
When targeting mosquitoes in urban and industrial areas (such as utility tunnels or parking decks), what is the maximum daily application rate?
Answer: For resting or flying adult mosquitoes in urban/industrial areas, the rate is up to but not exceeding 0.0025 lb a.i./acre/day, which is 0.88 fluid ounces of undiluted spray/acre/day.
Which of the following is a strict restriction regarding the use of equipment in enclosed spaces?
Answer: The label explicitly states: 'Do NOT use hand-held equipment for this type of application in enclosed spaces' and 'Do NOT use portable backpack equipment for application in enclosed spaces.'
To achieve a 2.5% pyrethrins dilution for mosquito control, what mixing ratio should be used?
Answer: The mixing instructions specify a 2.5% pyrethrins dilution (1 to 1 dilution ratio).
For an aerial application targeting Aedes taeniorhynchus or other difficult to control species, what is the maximum daily rate?
Answer: For Aedes taeniorhynchus or other difficult to control species via aerial application, the rate is up to 2.81 fl.oz. (0.008 lb a.i.)/acre/day.
When applying Merus 3 0 to mosquitoes via a vehicle moving at 10 MPH with a 300-foot swath, what is the correct application rate?
Answer: The label states the rate is 3.4 to 5.3 fluid ounces per minute at an average vehicle speed of 10 MPH using a swath width of 300 feet.