Texas TCEQ Installer II practice Test With Complete Solution, Exams of Public Health

Texas TCEQ Installer II practice Test With Complete Solution...

Typology: Exams

2025/2026

Available from 06/05/2026

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Texas TCEQ Installer II practice Test
With Complete Solution
Pathogens - Answer Disease causing microorganisms that are passed into
water through feces.
Microorganism - Answer Any living thing too small to see with a naked eye.
Viruses - Answer Are from 10 too 100 times smaller than bacteria, can only
function and reproduce in living cells.
Bacteria - Answer Single celled organisms.
Bacteria,Microorganism, and Viruses - Answer are all different types of
pathogens.
The weight of wastewater. - Answer 8.34 pounds per gallon.
Three Main Areas of Wastewater. - Answer Physical, Chemical,
Bacteriological.
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Texas TCEQ Insta With Complller II prete Solutaciontice Test

Pathogens - Answer Disease causing microorganisms that are passed intowater through feces.

Microorganism - Answer Any living thing too small to see with a naked eye. Viruses - Answer Are from 10 too 100 times smaller than bacteria, can onlyfunction and reproduce in living cells.

Bacteria - Answer Single celled organisms. Bacteria,Microorganism, and Viruses - Answer are all different types ofpathogens.

The weight of wastewater. - Answer 8.34 pounds per gallon. Three Main Areas of Wastewater. - Answer Physical, Chemical,Bacteriological.

TSS - Answer Total Suspended Solids TDS - Answer Total dissolved solids TSS and TDS added together equal. - Answer Total Solids. Formula: - Answer TSS+TDS=TR Organic Material - Answer Carbohydrates, proteins, fats. Carbs - Answer Stabilizes first Proteins - Answer Are more difficult to stabilize. Fats - Answer Are the most difficult to stabilize. Area - Answer Length x Width Area Formula - Answer A= π r ²

Public Water Wells from Surface Application (Edge of Spray Area) - Answer150feet

Public Water Wells from Drip Irrigation - Answer 150feet Public Water Supply Lines from Tanks - Answer 10 feet Public Water Supply Lines from lined evapotranspiration beds - Answer 10feet

Public Water Supply Lines from sewer pipe with watertight joints - Answer 10feet

Public Water Supply Lines from surface application (Edge of spray area) -Answer 10 feet

Public Water Supply Lines from drip irrigation - Answer 10 feet Wells and underground Cisterns from tanks - Answer 50 feet Wells and underground Cisterns from Soil absorption systems, & unlined ET

beds. - Answer 100 feet Wells and underground Cisterns from Lined evapotranspiration beds -Answer 50 feet

Wells and underground Cisterns from sewer pipes with watertightconnections - Answer 20 feet

Wells and underground Cisterns from Surface Application (Edge of SprayAreas) - Answer 100 feet

Wells and underground Cisterns from drip irrigation - Answer 100 feet Private Water Lines from tanks - Answer 10 feet Private Water Lines from soil absorption systems & Unlined ET beds - Answer10 feet

Private Water Lines from Lined Evapotranspiration beds - Answer 5 feet Private Water Lines from Sewer Pipes with watertight joints - Answer 10 feet

Pressure Cemented Wells from drip irrigation lines - Answer 50 feet Streams,Ponds,Lakes, Rivers, Creeks(Measured from normal pool elevationand Water level) from tanks - Answer 50 feet

Streams,Ponds,Lakes, Rivers, Creeks(Measured from normal pool elevationand Water level) from soil absorption systems & unlined ET beds - Answer 75 feet Streams,Ponds,Lakes, Rivers, Creeks(Measured from normal pool elevationand Water level) from lined evapotranspiration beds - Answer 50 feet

Streams,Ponds,Lakes, Rivers, Creeks(Measured from normal pool elevationand Water level) from sewer pipes with watertight joints - Answer 20 feet

Streams,Ponds,Lakes, Rivers, Creeks(Measured from normal pool elevationand Water level) from surface application (Edge of spray Area) - Answer 50 feet Streams,Ponds,Lakes, Rivers, Creeks(Measured from normal pool elevationand Water level) from drip irrigation when Ra<0.1 - Answer 25 feet

Streams,Ponds,Lakes, Rivers, Creeks(Measured from normal pool elevationand Water level) from drip irrigation when Ra>0.1 - Answer 75 feet

Streams,Ponds,Lakes, Rivers, Creeks(Measured from normal pool elevationand Water level) from drip irrigation with secondary treatment and disinfection - Answer 50 feet Foundations, Buildings, Surface Improvements,Property Lines, SwimmingPools and Other structures from tanks - Answer 5 feet

Foundations, Buildings, Surface Improvements,Property Lines, SwimmingPools and Other structures from soil adsorption systems & unlined ET beds - Answer 5 feet Foundations, Buildings, Surface Improvements,Property Lines, SwimmingPools and Other structures from Lined evapotranspiration beds - Answer 5 feet Foundations, Buildings, Surface Improvements,Property Lines, SwimmingPools and Other structures from sewer pipes with watertight joints - Answer 5 feet Foundations, Buildings, Surface Improvements,Property Lines, Swimming

Underground Easements from lined evaptranspiration beds - Answer 1 foot Underground Easements from sewer pipes with watertight joints - Answer 1foot

Underground Easements from surface application (Edge of spray area) -Answer May spray to edge of easement but not into sprinkler heads must be 1 foot from easement edge Underground Easements from drip irrigation - Answer 1 foot Overhead easements from tanks - Answer 1 foot unless permission has beengranted then none

Overhead easements from soil absorption systems & unlined beds - Answer 1foot unless permission has been granted then none

Overhead easements from lined ET beds - Answer 1 foot unless permissionhas been granted

Overhead easements from sewer pipes with watertight joints - Answer 1 footunless permission has been granted

Overhead easements from surface application - Answer 1 foot unlesspermission has been granted

Overhead easements from drip irrigation - Answer 1 foot unless permissionhas been granted

Slopes where seeps may occur and detention ponds from tanks - Answer 5feet

Slopes where seeps may occur and detention ponds from soil absorptionsystems & unlined ET beds - Answer 25 feet

Slopes where seeps may occur and detention ponds from lined ET beds -Answer 5 feet

Slopes where seeps may occur and detention ponds from sewer pipe withwatertight joints - Answer 10 feet

Slopes where seeps may occur and detention ponds from surface

Edwards Aquifer from drip irrigation when Ra>0.1 - Answer 150 feet Four major components of soil - Answer inorganic matter, organic matter,water, and air

Class 3 soils - Answer classified by structure class 4 soils - Answer is considered unsuitable classes 1b and 2 - Answer are considered suitable for standard systems basedon texture.

class 3 soil structure - Answer suitable, blocky, columnar or prismatic,granular, unsuitable, massive,platy

Maximum inlet pressure for sprinklers - Answer 40 pounds per square inch Maximum spray nozzel trajectory - Answer 15 degrees class 4 soils - Answer is considered unsuitable

classes 1b and 2 - Answer are considered suitable for standard systems basedon texture.

class 3 soil structure - Answer class 4 soils - Answer is considered unsuitable classes 1b and 2 - Answer are considered unsuitable Overhead easements from surface application - Answer 1 foot unlesspermission has been granted

Overhead easements from drip irrigation - Answer 1 foot unless permissionhas been granted

Slopes where seeps may occur from tanks - Answer 5 feet Slopes where seeps may occur from soil absorption systems & unlined ETbeds - Answer 25 feet

Public Water Supply Lines from lined evapotranspiration beds - Answer 10feet

Public Water Supply Lines from sewer pipe with watertight joints - Answer 10feet

Public Water Supply Lines from lined evapotranspiration beds - Answer 10feet

Public Water Supply Lines from soil absorption systems & unlined ET beds -Answer 10 feet