QuestionMay 12, 2025

Which of the following will remove ("smooth out") features on a planet's surface? a. meteor impacts b. none of these c. plate tectonic activity d. decay of radioisotopes within the planet e. a thick, active atmosphere

Which of the following will remove ("smooth out") features on a planet's surface? a. meteor impacts b. none of these c. plate tectonic activity d. decay of radioisotopes within the planet e. a thick, active atmosphere
Which of the following will remove ("smooth out") features on a planet's surface?
a. meteor impacts
b. none of these
c. plate tectonic activity
d. decay of radioisotopes within the planet
e. a thick, active atmosphere

Solution
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Answer

c. plate tectonic activity ### e. a thick, active atmosphere Explanation 1. Analyze each option a. Meteor impacts create new features, not smooth them out. b. "None of these" is incorrect since some processes do smooth surfaces. c. Plate tectonic activity can smooth surfaces by recycling crust and creating new landforms. d. Decay of radioisotopes generates heat but does not directly smooth the surface. e. A thick, active atmosphere erodes features through wind and weathering. 2. Identify correct answers Both plate tectonic activity (c) and a thick, active atmosphere (e) contribute to smoothing planetary surfaces.

Explanation

1. Analyze each option<br /> a. Meteor impacts create new features, not smooth them out.<br /> b. "None of these" is incorrect since some processes do smooth surfaces.<br /> c. Plate tectonic activity can smooth surfaces by recycling crust and creating new landforms.<br /> d. Decay of radioisotopes generates heat but does not directly smooth the surface.<br /> e. A thick, active atmosphere erodes features through wind and weathering.<br /><br />2. Identify correct answers<br /> Both plate tectonic activity (c) and a thick, active atmosphere (e) contribute to smoothing planetary surfaces.
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