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Just to signify that that exact point is the final or latest limiting point.
a = (v2 - u2)/2s where a is the acceleration between the initial point in time and the final point in time, u is the initial velocity v is the final velocity s is the distance travelled
7894.494 thousandths is the third number after decimal point the fourth number after decimal point in this number is 7 is greater than or = 5 so round up so the final roudn up answer is 7894.494
Speed is a scaler quantity i.e. it has magnitude only without direction. It can be calculated using the formula : speed = distance/time where distance is the total distance travelled from initial position to final position; time is the total time taken to cover this distance. Velocity is a vector quantity i.e. it has magnitude as well as direction. It can be calculated using the formula : velocity = displacement/time displacement is the distance between final position & initial position; time is the total time taken to cover this displacement. for example: if a body starts from some initial point goes to a certain distance x and returns back to the initial position. So the total distance covered is 2x but displacement is 0 (zero) because initial & final position are same. So its speed is 2x/time while velocity is 0/t = 0(zero)
5 centimeters to the right from the point of origin
Assay is done for qualitative and quantitative estimation of the content and amount of substance in the product . the product can be either raw material or final product.
they are added together
Between the initial point and the final point.
Group Effort
final point/full stop/period
Initial boilng point and final boiling point
IN general change is defined as the difference of initial from the final. So change = Final - Initial. Hence change in momentum = Final momentum - initial momentum
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Turning Point - 2000 The Final Exam was released on: USA: 18 July 2010
What is the distance and direction of an object's change in position from its original point? How can displacement be calculated using vector addition? In what way does displacement differ from distance traveled? How does displacement relate to an object's initial and final positions?
work depends on:FORCE and DISPLACEMENT. it is directly proportional to both of them. work can be calculated by the product of force and displacement. if displacement is in a certain direction to the applied force then work done is calculated by force*displacement cos(angle). work done becomes 0when:- *displacement is 0 or the initial point and final point are the same. *displacement is in perpendicular direction to force applied.
Apparently an estimation has been released that it might be released on 31/07/14 but that's subject to change, so for now it's on that date.