A rock fractures where it lies, but the fragments are not carried away. Is this an example of weathering?
4 Landform Development and Surface Processes Online Quiz Questions
Use this free practice quiz with 20 questions to review 4 Landform Development and Surface Processes, test your knowledge, and prepare for your next test or exam.
In a closed basin, water collects temporarily in a low area and then evaporates, leaving a dry lakebed called a .
In a meandering river bend, which pattern of erosion and deposition best explains how the bend migrates?
- A
The outside of the bend accumulates a point bar, while the inside is eroded into a cut bank.
- B
The outside of the bend is eroded into a cut bank, while the inside accumulates a point bar.
- C
Both sides of the bend are depositional because river velocity is lowest at the banks.
- D
Both sides of the bend are erosional because water flows fastest throughout the bend.
A brief, intense flood carries sediment out of a narrow canyon and deposits it where the slope becomes gentler at the mountain front. What landform can repeated deposition build? Enter the landform name.
Along one stretch of coast, a beach can gain sand while another stretch loses sand because erosion and deposition occur in different places.
- A
True
- B
False
A ridge of debris deposited by a glacier is called a .
Which process occurs when rock fragments carried in a glacier's basal ice grind against the ground?
- A
Meltwater sorts sediment into layers beneath a moving glacier.
- B
Ice removes fractured rock blocks without grinding them against the ground.
- C
Rock fragments in basal ice grind against the ground.
- D
Windblown grains wear down exposed bedrock.
Waves approach a shoreline at an angle, and currents move sediment parallel to the coast. What is this sediment movement process called? Enter its name.
A dryland site has abundant loose sand. Which condition is most likely to favor the accumulation of that sand into dunes?
- A
Wind accelerates across an exposed surface and removes fine particles.
- B
Wind energy decreases or obstacles trap sand grains.
- C
A glacier removes blocks of fractured bedrock.
- D
A river floods across its banks and deposits sediment on a floodplain.
Select all the statements that correctly distinguish weathering, transport, and deposition.
- A
Weathering breaks down or alters rock in place.
- B
Transport is the removal of material from a surface.
- C
Transport is the movement of sediment.
- D
Deposition occurs when a transporting agent can no longer carry its sediment load or conditions favor accumulation.
- E
Deposition is the breaking down of rock without changing its location.
A river basin has steep headwaters and a lower-gradient reach farther downstream. Which general pattern of landform change is most likely?
- A
Lower-gradient downstream sections commonly cut deeply into bedrock, while steep headwaters store most sediment.
- B
Rivers deposit sediment only in their headwaters because downstream flow always has more energy.
- C
Steep headwaters commonly cut into the landscape, while lower gradients farther downstream favor sediment storage and deposition.
- D
River gradient has no effect on where erosion or deposition occurs.
A geographer is comparing how quickly two slopes change shape. Select all the factors from the options that can help explain differences in landform development.
- A
The amount of sediment available to be moved
- B
Whether the landform has a name on a map
- C
The strength and type of the rock
- D
Slope and climate
- E
The color of a nearby structure
Once sediment has been deposited, it must remain in that location and cannot be eroded or transported again.
- A
True
- B
False
Explain how factors such as climate, slope, rock strength, or sediment supply interact to influence landform development over time. Include a causal example of how a change in conditions or a rapid event affects erosion, transport, or deposition.
Rainwater containing weak acids reacts with and dissolves minerals in bedrock, but the material has not yet been carried away. Which process best describes the change to the bedrock?
- A
Chemical weathering
- B
Mechanical weathering
- C
Erosion
- D
Deposition
Waves approach a coast at an angle and create a current that moves sediment parallel to the shoreline. What is this movement called?
- A
Sediment settling vertically as waves lose energy
- B
Sediment moving from the beach directly into a river basin
- C
Longshore sediment transport: sediment moving parallel to the shoreline in a current
- D
Sediment being carried only toward the open ocean
As a meandering river bend migrates, which pattern of erosion and deposition is most likely?
- A
The inside of the bend erodes while the outside accumulates a point bar.
- B
The outside of the bend erodes while the inside accumulates a point bar.
- C
Both sides of the bend deposit sediment because flow is fastest there.
- D
Both sides of the bend erode because flow is slowest there.
A retreating glacier leaves a ridge of debris at its former margin. Meltwater then carries and sorts finer sediment beyond that ridge. What is this meltwater-deposited sediment called?
- A
A moraine: a ridge of unsorted debris left at the glacier's former margin
- B
A plucked block: fractured bedrock removed by the ice
- C
A glacial valley: a valley carved by erosion beneath moving ice
- D
Outwash: sorted sediment deposited by meltwater beyond the ice
A stream carries sediment out of a steep canyon and deposits it where the slope becomes gentler at the mountain front. Repeated deposition builds what landform?
Water collects temporarily in a low area of a closed basin. After the water evaporates, what is the dry lakebed called?
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 - Flashcards
06/12 Photosynthesis and Biological Energy Capture
A focused set of 14 flashcards covering the structures, reactions, carbon-acquisition strategies, limiting factors, and experimental measurement of photosynthesis.
AP Biology Online CourseUpdated - Study guide
07/12 Cell Reproduction and Meiosis
A structured guide to chromosome organization, the cell cycle, mitosis, meiosis, and the mechanisms that create genetic variation.
AP Biology Online CourseUpdated - 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 - 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