displacement from station A to station B is __km
Here, we are required to find the magnitude of the bus
displacement from station A to station B.
The magnitude of the bus
displacement from station A to station B is 5km.
The magnitude of the displacement is the "distance between the starting position of a body or object and the end position of that body or object".
The bus moves 4kmnorth and then moves 3km west, forming a right triangle. Its displacement is therefore the length of the hypotenuse.
let
x = length of the hypotenuse.
x² = 3² + 4²
x² = 9 + 16
x² = 25
Then remove the square on x by adding square roots to both sides
√x² = √25
x = √25
x = 5
The magnitude of the bus's displacement from station A to station B is 5 km.
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Explanation:
The magnitude of the displacement is the distance between the starting position and the end position.
The bus moves north, then west, forming a right triangle. Its displacement is therefore the length of the hypotenuse.
x² = 3² + 4²
x = 5
The magnitude of the bus's displacement from station A to station B is 5 km.
Answer:
The correct option is C) spreads out over a large area on the object.
Explanation:
In physics, a ground can be described as a reservoir object in which charge can be stored. Grounding refers to the removal of charge in an object by using the ground object. When an object with excess if charge is placed on the ground object, the electrons are transferred from the charges object to the ground object. This charge begins to spread evenly in the ground object with the passage of time.
lateral continuity
B.
horizontal continuity
C.
faunal succession
D.
geological succession
B. geothermal energy
C. solar energy
D. chemical energy
Answer:
That's heat from the sun, which evaporates the water. (Choice-C)
Explanation:
-palm
-fingers
-back
-thumb
Answer: Palm
Explanation: When you have a wire, you must point your thumb in the direction in which the electricity is going, and now you close your palm, in the direction in which you closed your hand is in the direction in which points the magnetic field.
Then the correct option is the first one, the palm points in the direction of the magnetic field.
Answer:
Fingers
Explanation:
The index finger shows the moving charge, while your middle finger shows the magnetic field line.