When a graph of speed starts at the point (0, 0), it indicates that the object is initially at rest and has a speed of zero at the beginning of the observation. This means that at time zero, there is no movement, and any subsequent increase in speed would represent the object's acceleration from that stationary position. The graph visually represents the relationship between time and speed, starting from a standstill.
When a graph of speed starts at the point (0, 0), it indicates that the object is at rest at the initial time, meaning its speed is zero at that moment. As time progresses, any increase in speed from this point would suggest acceleration. Conversely, if the graph remains at (0, 0) for a period, it means the object has not started moving. Overall, this point signifies the starting condition of the object's motion.
Yes, the initial speed of a body can be obtained from its speed-time graph. The initial speed corresponds to the value of the speed at time ( t = 0 ), which is represented by the y-coordinate of the point where the graph intersects the y-axis. If the graph starts above the origin, that value indicates the body's initial speed. If it starts at the origin, the initial speed is zero.
It is the point of origin of the x and y axes of the graph
If you mean: 2x+4y = 4 then the graph joins the points: (2, 0) and (0, 1)
Because a slope of zero indicates that the y-value (speed) isn't changing.
When a graph of speed starts at the point (0, 0), it indicates that the object is at rest at the initial time, meaning its speed is zero at that moment. As time progresses, any increase in speed from this point would suggest acceleration. Conversely, if the graph remains at (0, 0) for a period, it means the object has not started moving. Overall, this point signifies the starting condition of the object's motion.
It is the point of origin of the x and y axes of the graph
it depends on what the graph is. if it is a distance vs time graph, the line will be a line with the slope being the speed/total time if it is a speed vs. time graph, the line will be horizontal at y=the speed if it is an acceleration vs time graph, the line will be horizontal at y=0
when you have a chart or graph that starts at a very high number in which case, there is a symbol for that.
If you mean: 2x+4y = 4 then the graph joins the points: (2, 0) and (0, 1)
The graph of y = log(x) is defined only for x>0. The graph is a monotonic increasing function over its domain. It starts from an asymptotic "minus infinity" when x approaches 0. It passes through the value y = 0 when x = 1. The graph is illustrated at the link below.
it means that from zero to the first number next to the graph is not in the same order as the other numbers. for example it might me 0,10,15,20,25. there will be a squiggly line after 0 because 0+5 is not 10 and the pattern here is adding 5 each time. hope this helps:)
Because a slope of zero indicates that the y-value (speed) isn't changing.
The sine graph and the cosine graph are identical in shape, with the cosine graph shifted to the left by pi / 2, i.e. the sine starts at (x=0,y=0) and proceeds up with an initial slope of one, and the cosine starts at (x=0,y=1), and proceeds down with an initial slope of zero.
Xmin is the lower limit to the graph that will be displayed. For example, if you graph something and set Xmin to 0, then the bottom of the graph will be where y = 0 (0 being the lowest x value o the graph). (The default for Xmin is -10, where the bottom of the graph is at the line y = -10.)
On the Cartesian plane it is at point of origin whose coordinate is (0, 0)
If acceleration is negative the graph looks like a upside U and decreases in value as time continues If acceleration is constant the graph is a straight line (linear) at 0 or whatever the velocity is