A learner traces a water molecule through several stores and asks where the hydrologic cycle must begin. True or false: the cycle has one fixed starting point that every water molecule passes through first.
1 The Hydrologic Cycle Online Quiz Questions
Use this free practice quiz with 20 questions to review 1 The Hydrologic Cycle, test your knowledge, and prepare for your next test or exam.
A lake receives precipitation, streamflow, and groundwater inflow, and loses water through evaporation, seepage, and outflow. Under which condition will the lake's stored water increase?
- A
Its evaporation and outflow together exceed precipitation and inflow.
- B
Its precipitation and inflow together exceed evaporation and outflow.
- C
Its inflow exactly matches its outflow, regardless of precipitation or evaporation.
- D
Its outflow exceeds its inflow, but its evaporation is lower than its precipitation.
A land surface loses water vapor both from wet surfaces and from plant leaves. What is the combined name for these two processes?
When water vapor cools and becomes liquid droplets or ice crystals, the process is .
True or false: humid air can slow evaporation from a wet surface.
- A
True
- B
False
What term describes groundwater flowing into a stream?
As precipitation enters the soil and then moves deeper underground to replenish groundwater, it undergoes followed by percolation.
After rain falls on a hillside, which role of gravity helps move water through the hydrologic cycle?
- A
It supplies the energy that evaporates water from the ocean.
- B
It changes water vapor into cloud droplets.
- C
It moves runoff and water in soil and rock toward lower elevations.
- D
It causes plants to release water vapor from their leaves.
Select all statements supported by the hydrologic cycle. How can climate conditions affect water movement or storage?
- A
Warm, sunny, and often windy conditions can increase evaporation.
- B
Humid air can slow evaporation.
- C
Winds can transport water vapor so precipitation falls far from where the water evaporated.
- D
Dry regions always have permanent, steady streamflow.
- E
Cold regions can hold much of their water as snow and ice.
How can clouds influence climate as part of the hydrologic cycle?
- A
They determine the exact amount of water held in the oceans.
- B
They affect how much sunlight reaches the surface and how much heat escapes to space.
- C
They stop water vapor from being transported by winds.
- D
They make every region receive the same amount of precipitation.
Select all routes that precipitation may take after it reaches land.
- A
Some water can evaporate from the land.
- B
Plants can take up some water.
- C
All water must immediately flow overland into the ocean.
- D
Some water can remain temporarily in snow or lakes.
- E
Some water can soak into the ground.
- F
Some water can flow overland into streams.
Explain how solar energy and gravity each help move water through the hydrologic cycle. Include one example of a process driven by each.
Snow on a surface changes directly into water vapor without first becoming liquid. Which process is occurring?
- A
Melting
- B
Condensation
- C
Sublimation
- D
Freezing
A lake holds water between periods of inflow and outflow. What hydrologic-cycle term describes a place where water is held?
A scientist begins tracking a water molecule while it is in the ocean. Does this make the ocean the hydrologic cycle’s fixed starting point?
- A
True
- B
False
A water-budget estimate combines evaporation from wet surfaces with water vapor released by plants. What is this combined process called?
Which explanation correctly describes how solar energy and gravity contribute to water moving through the hydrologic cycle?
- A
Gravity supplies the energy for evaporation, while sunlight pulls water downhill.
- B
Sunlight supplies energy for evaporation, while gravity returns water to the surface and moves it downhill.
- C
Wind supplies energy for evaporation, while condensation pulls water downhill.
- D
Condensation supplies energy for evaporation, while sunlight moves water through soil.
Over a period of time, precipitation, streamflow, and groundwater together bring more water into a lake than evaporation, seepage, and outflow remove. What happens to the lake’s water storage?
- A
The lake’s storage decreases because any outflow exceeds precipitation.
- B
The lake’s storage stays the same because groundwater inflow does not count.
- C
The lake’s storage increases because total inflow exceeds total outflow.
- D
The lake’s storage stays the same because evaporation balances streamflow.
Which set of local conditions would generally favor faster evaporation from a wet surface?
- A
Warm, sunny, and windy conditions with relatively dry air over a wet surface.
- B
Cool, humid conditions with little wind over a wet surface.
- C
Humid air over a shaded surface with low temperatures.
- D
Cold, still conditions over a wet surface.
Water evaporates from the ocean and later falls as precipitation inland. Which process best explains how the water traveled away from the ocean before falling?
- A
Water vapor must condense immediately above the surface where it evaporated.
- B
Gravity carries water vapor horizontally across the atmosphere.
- C
Precipitation can fall far from an evaporation site only if the water first becomes groundwater.
- D
Winds can transport water vapor before it condenses and falls as precipitation elsewhere.
Related study packs and tools
- Study guide
05/14 Intermolecular Forces and Phases of Matter
A progressive guide to intermolecular attractions, particle behavior, liquid and solid properties, phase changes, heating curves, vapor pressure, and phase diagrams, including key quantitative relationships and examples.
AP Chemistry Online CourseUpdated - Quiz
8 - Momentum, Impulse, and Collisions
A medium-difficulty quiz on momentum, impulse, collisions, systems of particles, and center-of-mass motion. Questions progress from conceptual interpretation to quantitative and explanatory applications.
AP Physics 1: Algebra-BasedUpdated - Flashcards
08/14 Solutions and Aqueous Reactions
Review the definitions, calculations, reaction equations, stoichiometric methods, and laboratory practices used in solutions and aqueous reactions.
AP Chemistry Online CourseUpdated - Quiz
08/14 Solutions and Aqueous Reactions
A medium-difficulty assessment on aqueous solutions, solubility, concentration, dilution, precipitation, acid–base reactions, stoichiometry, and laboratory measurement. Questions progress from foundational understanding to multistep application.
AP Chemistry Online CourseUpdated - Study guide
08/14 Solutions and Aqueous Reactions
A progressive guide to aqueous solutions, concentration, solubility, precipitation, acid–base reactions, titrations, and quantitative solution stoichiometry.
AP Chemistry Online CourseUpdated - Quiz
09. Atmospheric Pollution and Air Quality
A medium-difficulty quiz on atmospheric pollution and air quality. The questions apply concepts involving pollutant formation, atmospheric processes, indoor exposure, acid deposition, regulation, and mitigation.
- Study guide
09/14 Thermochemistry
A structured guide to energy transfer, enthalpy, calorimetry, Hess’s law, and quantitative reaction-energy calculations in thermochemistry.
AP Chemistry Online CourseUpdated - Quiz
10 - Angular Momentum and Rolling Motion
A medium-difficulty quiz on angular momentum, torque, conservation laws, rolling motion, rotational kinetic energy, and combined translational–rotational systems.
AP Physics 1: Algebra-BasedUpdated - Flashcards
12. Environmental Policy and Climate Solutions
A focused review of environmental policy, justice, risk assessment, conservation, climate responses, multiscale action, and solution evaluation.
- Quiz
12/14 Chemical Equilibrium
A medium-difficulty quiz on dynamic equilibrium, equilibrium constants, reaction quotients, Le Châtelier’s principle, and ICE-table calculations. Questions progress from conceptual interpretation to quantitative application.
AP Chemistry Online CourseUpdated - Study guide
12/14 Chemical Equilibrium
A structured guide to dynamic equilibrium, equilibrium constants, reaction quotients, equilibrium shifts, and ICE-table calculations in reversible chemical reactions.
AP Chemistry Online CourseUpdated - Flashcards
13/14 Acid–Base and Solubility Equilibria
A focused set of flashcards covering acid–base theories, pH and equilibrium calculations, buffers and titrations, and solubility and precipitation equilibria.
AP Chemistry Online CourseUpdated