A vector is a quantity with both a direction and magnitude
What is Collinear Vector
When drawing a vector using the triangle method you will draw in the resultant vector using Pythagorean theorem. This is taught in physics.
The difference is the length of the vector.
ki where i is the unit horizontal vector, and k is any number.
find the vector<1,1>+<4,-3>
A radius (or radial) vector is a vector which goes through the origin. That is going directly away from (or toward) the origin. A vector that is not radial is a transverse vector
Yes. It results in a force that has a magnitude and a direction, and this is the definition of a force vector.
You might apply the basic definition of "vector versus scalar".
It is the direction of the vector representing the force.
It is the direction of the vector representing the force.
That's the definition of its velocity vector.
Yes, that is an acceptable definition.
Speed is scalar (that is, without direction) and velocity is a vector (speed plus direction) by definition in physics.
Vectors are often represented by arrows whose length is proportional to the magnitude of the vector. The arrowhead points to the direction the vector is acting. You'll have to decide if such an arrow fits your definition of a line.
You don't need to prove much - just look at the definition of a vector. A vector includes a magnitude (in this case the force), and a direction. Since weight (or "the force of gravity") is directed to a certain direction, namely downward, you can consider it a vector.You don't need to prove much - just look at the definition of a vector. A vector includes a magnitude (in this case the force), and a direction. Since weight (or "the force of gravity") is directed to a certain direction, namely downward, you can consider it a vector.You don't need to prove much - just look at the definition of a vector. A vector includes a magnitude (in this case the force), and a direction. Since weight (or "the force of gravity") is directed to a certain direction, namely downward, you can consider it a vector.You don't need to prove much - just look at the definition of a vector. A vector includes a magnitude (in this case the force), and a direction. Since weight (or "the force of gravity") is directed to a certain direction, namely downward, you can consider it a vector.
A physical quantity that is specified by both magnitude and direction is a vector by definition.
hedivergence of a vector fieldF= (F(x,y),G(x,y)) with continuous partial derivatives is defined by: