Скачать или смотреть kinematics 07||position-time graph notes with pyq For NEET/JEE mains and advanced cbse and all board

#position time graph and velocity time graph for neet jee cbse board JEE mains and advanced.
#kinematics velocity time graph and position time graph
#‪@Relativitysd‬ physics for neet jee cbse board exams
##Displacement shows the change in position of an object.#Distance measures the total path traveled by the object.The #Slope of a position-time graph indicates velocity.A #StraightLine on the graph means the object is moving at a constant speed.A #Curve on the graph indicates the object is accelerating or decelerating.The #Origin is the point where the graph starts, usually at time zero.The #X-axis represents the time in seconds or minutes.The #Y-axis represents the position in meters or other units of distance.#Time is always plotted on the horizontal axis.#Position is always plotted on the vertical axis.#Rest is indicated by a horizontal line on the graph.#UniformMotion appears as a straight line with a consistent slope.#NonUniformMotion appears as a curved line, showing changing speeds.#AcceleratedMotion shows a curve where the slope increases over time.#DeceleratedMotion shows a curve where the slope decreases over time.#InstantaneousPosition refers to the position at a specific moment in time.#AveragePosition is calculated by dividing total displacement by total time.#GraphicalRepresentation helps visualize how an object moves.#Kinematics is the study of motion, often using graphs.The #EquationOfMotion can be derived from analyzing the graph.A #LinearGraph represents motion at a constant speed.A #ParabolicGraph indicates uniformly accelerated motion.#ConcaveUp curves indicate positive acceleration.#ConcaveDown curves indicate negative acceleration or deceleration.A #PositiveSlope indicates the object is moving forward.A #NegativeSlope indicates the object is moving backward.A #ConstantSlope means the object is moving at a steady speed.A #VariableSlope means the speed of the object is changing.#Stationary objects are represented by a flat, horizontal line.A #MotionGraph shows how an object's position changes over time.#UniformAcceleration is shown by a parabolic curve.#NonUniformAcceleration is shown by a more complex curve.The #AreaUnderCurve represents the total displacement of the object.The #Intercept is the point where the graph crosses the axes.#ChangeInPosition is the difference between the final and initial positions.#RestAtOrigin is shown by a flat line at the position of zero.#ForwardMotion is indicated by an upward slope.#BackwardMotion is indicated by a downward slope.A #TimeInterval is the duration between two points on the graph.A #VerticalLine indicates an instantaneous change, which is often impossible in reality.A #HorizontalLine indicates no change in position.An #UpwardSlope indicates an increase in position.A #DownwardSlope indicates a decrease in position.#Velocity is the slope of the position-time graph.The #RateOfChange of position is called velocity.An #Intersection is where two lines cross on the graph.A #Coordinate is a specific point on the graph.The #Gradient is another term for the slope of the graph.#GraphFeatures include slope, curvature, and intercepts.#CurveFitting involves approximating the graph with a function.Velocity-Time Graph Keywords:#Velocity is represented on the y-axis of the graph.#Acceleration is the slope of the velocity-time graph.#Deceleration is shown by a downward slope on the graph.#ConstantVelocity is shown as a horizontal line on the graph.#VariableVelocity is indicated by a sloped or curved line.#InitialVelocity is the velocity at the start of the time interval.#FinalVelocity is the velocity at the end of the time interval.The #SlopeOfGraph indicates the object's acceleration.#PositiveAcceleration is shown by an upward slope.#NegativeAcceleration is shown by a downward slope.#UniformAcceleration is represented by a straight line.#NonUniformAcceleration is represented by a curved line.The #X-axis represents time, just like in the position-time graph.The #Y-axis represents velocity.#Time is the independent variable and is plotted on the horizontal axis.#GraphAnalysis helps understand the dynamics of motion.#InstantaneousVelocity is the velocity at a specific instant in time.#AverageVelocity is calculated by dividing total displacement by total time.#Speed is the magnitude of velocity and is always positive.The #GraphShape can indicate the type of motion.#LinearIncrease represents constant positive acceleration.#LinearDecrease represents constant negative acceleration.A #ParabolicShape indicates changing acceleration.The #AreaUnderGraph represents the displacement.#DistanceTravelled is the area under the velocity-time curve.The #PositionFunction can be derived from the graph.#SlopeInterpretation involves understanding the acceleration from the graph.A #HorizontalLine indicates constant velocity.A #VerticalLine would indicate an impossible instantaneous change in velocity.A #StraightLine represents constant acceleration.