3.0 meters, and then returns to first base.
Compared to the total distance traveled by the
player, the magnitude of the player’s total
displacement from the batter’s box is
(1) 3.0 m shorter (3) 3.0 m longer
(2) 6.0 m shorter (4) 6.0 m longer
Distance is a measure of the length of space covered over a certain period of time. While displacement is the change in position of an object from its starting point. Displacement is 6.0 meters shorterthan distance.
Total distance covered :
(Batter's box - > first base) + (beyond first base) + (return to first base)
Total Displacement :
(Batter's box - > first base) + (beyond first base) - (return to first base)
Difference in magnitude of Distance and Displacement :
Therefore, displacement is 6m shorter
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Answer:
(2) 6.0 m shorte.
Explanation:
Total distance = Distance from batter’s base to first base + Distance covered in overrunning + Distance covered in returning to first base
Total Distance = 27.4 + 3 + 3 = 33.4 m
Total displacement = Displacement from batter’s base to first base + Displacement covered in overrunning + Displacement covered in to returning first base
The 2nd and 3rd term will have same magnitude but opposite direction so, they will cancel out each other. Hence,
Total Displacement = 27.4 m
Hence, displacement will be 6.0 m shorter than distance.
B Luster
C Atomic structure
D Color
Hardness, color , and luster.
But since you can pick one, I would say hardness
The chemical property of a mineral is its atomic structure, which influences its chemical behavior.
The correct answer is C Atomic structure. A chemical property of a mineral refers to the behavior of a mineral when it undergoes a chemical change or reaction.
Atomic structure is a chemical property because it determines the way in which the atoms of a mineral are arranged and bonded together, which influences its overall chemical behavior.
For example, the atomic structure of a mineral can determine its reactivity with acids or its ability to conduct electricity.The chemical property of a mineral could be derived from its atomic structure.
The atomic structure, which includes the number of protons, neutrons, and electrons in an atom of the element, determines the behavior of the element in a chemical reaction. Hardness, luster, and color are considered physical properties of the mineral, not chemical. Example, quartz (a common mineral) has a specific atomic structure that makes it react to acid differently than a mineral like calcite.
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The volts have decreased.
The power has increased.
If energy input remains constant and voltage remains the same in a circuit, but the current decreases, the power has increased. It is presented in the equation P = VI where P is power, V is voltage and I is current.