"North" is a valid direction, but for a vector, you would also need a magnitude.
Yes, 35 degrees north of east is a vector direction because it specifies both the direction (north of east) and the magnitude (35 degrees) of a vector in relation to the reference axis (east).
North at 45 miles per hour. A vector has a direction and a magnitude.
The direction of a vector pointing due north is measured in degrees clockwise from the north, with 0° being due north. The direction of a vector pointing due east is measured in degrees counterclockwise from the east, with 0° being due east.
A vector is created by pointing in a particular direction by specifying its magnitude (length) and direction. The vector's direction is defined by the angle it makes with a reference axis (like north, east, or up), while the magnitude represents the length of the arrow pointing in that direction.
The magnitude of the vector 75 mph to the north is 75 mph. Magnitude refers to the size or length of the vector, so in this case, it is simply the speed given in the direction of north.
"North" is a valid direction, but for a vector, you would also need a magnitude.
Yes, 35 degrees north of east is a vector direction because it specifies both the direction (north of east) and the magnitude (35 degrees) of a vector in relation to the reference axis (east).
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North at 45 miles per hour. A vector has a direction and a magnitude.
The direction of a vector pointing due north is measured in degrees clockwise from the north, with 0° being due north. The direction of a vector pointing due east is measured in degrees counterclockwise from the east, with 0° being due east.
A vector is created by pointing in a particular direction by specifying its magnitude (length) and direction. The vector's direction is defined by the angle it makes with a reference axis (like north, east, or up), while the magnitude represents the length of the arrow pointing in that direction.
The magnitude of the vector 75 mph to the north is 75 mph. Magnitude refers to the size or length of the vector, so in this case, it is simply the speed given in the direction of north.
A vector includes information about a magnitude, and a direction. For example, a velocity of "30 km/hour, towards the north-west".A vector includes information about a magnitude, and a direction. For example, a velocity of "30 km/hour, towards the north-west".A vector includes information about a magnitude, and a direction. For example, a velocity of "30 km/hour, towards the north-west".A vector includes information about a magnitude, and a direction. For example, a velocity of "30 km/hour, towards the north-west".
Here's a vector: "30 miles an hour, going north"The name of that vector is "velocity". It has a magnitude and a direction. Themagnitude of this velocity is 30 miles an hour. We usually call that "speed".The direction of this velocity is "north".The magnitude tells how big the vector is. The direction tells which way it points."30 miles an hour" is not a velocity. It's a speed. Speed is only the magnitude ofa velocity vector, because it has no direction. Once we know the direction, we canput it together with the magnitude, and we'll have a vector, called "velocity".
None of the options listed are valid vector directions. The first two options are specific angles (35 degrees inside and 35 degrees north of east), while the third option is also an angle direction (north outside 45 degrees). A vector direction should specify a coordinate system (e.g., east, west, north, south) and a magnitude (e.g., 5 meters).
A negative vector is a vector that has the opposite direction of the original vector but the same magnitude. It is obtained by multiplying the original vector by -1. In other words, if the original vector points in a certain direction, the negative vector points in the exact opposite direction.
A vector quantity not only has a size, it also has a direction. Velocity is a vector quantity. "30 mph north" and "30 mph east" are different velocities. "Speed" is a part of velocity ... its size alone, without its direction, so speed is not a vector quantity.