EXPERIEMNT 1.

TYPE THE EQUATION OF MOTION (POSITION AS A FUNCTION OF TIME) FOR CONSTANT VELOCITY LINEAR MOTION AND USE THE VALUES FROM THE LAB EXPERIMENT TO PLUG THEM IN AND HAVE AN EQUATION OF THE CART’S MOTION TOWARD AND AWAY FROM THE SENSOR.

EXPERIEMNT 2.

SHOW THAT THE VALUE OF COEFFICIENT "A" FROM POSITION TIME GRAPH EQUALS TO HALF OF SLOPE FROM VELOCITY VS TIME GRAPH.

TYPE THE EQUATION OF MOTION (POSITION AS A FUNCTION OF TIME) FOR UNIFORMLY ACCELERATED LINEAR MOTION AND USE THE VALUES FROM THE LAB EXPERIMENT TO PLUG THEM IN AND HAVE AN EQUATION OF THE CART’S MOTION UP AND DOWN THE TRACK.

Find the multiplicative inverse of 8-12i

Agallon of apple juice cost $7 a pack of eight 4.23oz box of apple juice $2.39 which is a better deal

I've been working on this for a few days and i just don't understand, it's due in a few hours. you. the direction of a vector is defined as the angle of the vector in relation to a horizontal line. as a standard, this angle is measured counterclockwise from the positive x-axis. the direction or angle of v in the diagram is α.part a: how can you use trigonometric ratios to calculate the direction α of a general vector v = < x, y> similar to the diagram? part bsuppose that vector v lies in quadrant ii, quadrant iii, or quadrant iv. how can you use trigonometric ratios to calculate the direction (i. e., angle) of the vector in each of these quadrants with respect to the positive x-axis? the angle between the vector and the positive x-axis will be greater than 90 degrees in each case. part cnow try a numerical problem. what is the direction of the vector w = < -1, 6 > ?