A distance-time graph can be used to represent the distance traveled by an object moving along a straight line. Gradients of lines on a graph of distance and time correspond to the speed of the object. In general, the steeper the gradient (and the faster the object is moving), the great...
Speed is a scalar quantity that describes how fast or slow the object is moving. It is computed by simply getting the ratio of distance and the time it takes to travel that distance. Answer and Explanation:1 As we can see from the ...
Answer and Explanation: Seismologists align the seismograph with the time-distance graph by aligning the first appearance of the S-wave with the S-wave curve on the...Become a member and unlock all Study Answers Start today. Try it now Create an account Ask a question Our exper...
DIf both assertion and reason is false Submit (A): Velocity-time graph for an object in uniform motion along a straight path is a straight line parallel to the time axis. (R ):In uniform motion of an object velocity increases as the square of time elapsed. ...
Hiking Time—The VF is the hiking time function of the VRMA. Bidirectional Hiking Time—The VF is a bidirectional modified hiking time function of the VRMA. Table—A table file will be used to define the vertical-factor graph that is used to determine the VFs. The modifiers to the vertical...
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Hiking Time—The VF is the hiking time function of the VRMA. Bidirectional Hiking Time—The VF is a bidirectional modified hiking time function of the VRMA. Table—A table file will be used to define the vertical-factor graph that is used to determine the VFs. ...
The equation y=0.7x represents the distance Henry hikes in miles over time in hours. The graph represents the rate that Clark hikes.Determine which hiker is faster. Complete the explanation.Henry's unit rate is ___miles per hour. Clark's unit rate is ___r miles per hour.So, __ is...
In sequential computing, a simple cutoff algorithm handles one atom at a time. For each atom the algorithm iterates through the grid points that fall within a radius of the atom’s coordinate. This is a straightforward procedure, since the grid points are in an array that can be easily ind...
One can imagine that the effective target phase aggregated over several cycles can be represented by a polar graph where 360° rotation represents one aggregated cycle of 100 ns (for 10 MHz). In the vector diagram (see Figure 3), the angular axis represents time or phase and the radial ...