Angular displacements measured in radians or stradians, lengths of lines measured in units of length.
You use vectors.
Hardly at all, at small displacements or amplitudes. At larger displacements (larger angles), the period will get somewhat longer.
Two quarters equal a half.
Since a triangle with two equal angles must have two equal sides, it is an isosceles triangle.
To determine if two objects have equal displacements, compare the magnitudes and directions of their displacements. If the magnitudes (distances) and directions traveled by each object are the same, then their displacements are equal. Displacement is a vector quantity that takes into account both distance and direction.
If two displacement vectors add up to zero, it means they are equal in magnitude but opposite in direction. This implies that the two displacements cancel each other out when added together.
When you combine two displacements in opposite directions, you subtract their magnitudes. This means that the resulting displacement will be the difference between the magnitudes of the two displacements, with the direction of the larger displacement determining the overall direction of the combined displacement.
Displacements in opposite directions are combined by using vector addition. If the displacements have the same magnitude, they cancel each other out. If they have different magnitudes, the combined displacement is the difference between the two displacements in the direction of the larger displacement.
The velocity of the body is constant if it covers equal displacements in equal intervals of time. This is because velocity is defined as the rate of change of displacement with respect to time. If the body is covering equal distances at equal intervals, then the velocity remains constant.
To combine two displacements, you can use vector addition. If the displacements are represented as vectors, you add their corresponding components (i.e., the x and y components, if in two dimensions) to obtain a resultant displacement vector. The resultant's magnitude and direction can then be calculated using the Pythagorean theorem and trigonometry, respectively. Alternatively, you can graphically represent the displacements as arrows and use the head-to-tail method to find the overall displacement.
the largest possible resultant is if the two displacements are in the same direction, so resultant = 7 m (3+4=7) the minimum resultant is if they are in opposite directions, so minimum is 4-3= 1 m :D
The principle is superposition. This means that when two waves overlap, their displacements add up to create a new wave that is the sum of the two individual waves.
Resultant displacement refers to the overall displacement resulting from the combination of two or more individual displacements. It is typically calculated by adding the individual displacements vectorially to determine the combined effect.
Displacements because displacements will tell your friend how far to go and which direction to go, while distances will only tell how far to go.
Angular displacements measured in radians or stradians, lengths of lines measured in units of length.
Displacements because displacements will tell your friend how far to go and which direction to go, while distances will only tell how far to go.