Kinematics

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 W Q D F T G Y K X M R T X L C I T A V B K T M P O N P I V E L O C I T Y W N N I Y B U D J E E R N V E B E W H K T K Y K K Q C Y D S Q M G S A C C E L E R A T I O N X M C F H L E E T J L F A Y Q J S G B D O W R P D E U C J A I Q S K K S G D Y Q U O M N A E K O A L N Q V V E A B Q W Y S L R S O G E U Y L C T P H P B K D Y L F M E K U X R P O J P G A O D B G V O S C A F E I E D A S S T S I N D Q Y B R Q R G W H T C C C D E S P I J E N I K Y G O G X C A N P L I I G T R D I O K R H U F U W A V A B L G R E A A N E X U V I Q R O K U A T R A Y Y D N R V L R T S Q V H V T G E S C F U P J A T E U W X T S K W G Q V D I R E G W W Q B V V S S N X P W E B Q Y D L E B E F L P C M A S I C J E H L N Y V Y R W L O I C G Y D D W F U H E E I W R D F S P E E D K A O C O F R O C D W Y B H D C Y S L B W E U U A O O N F P W Q X B Y Q W L X L P F T C B P V F T Q T B I A K Q A F D K R A L H Q B

Clues

• A measure of the total distance travelled in a certain time. (7, 5)
• How far one position is from another, measured in metres (m), e.g. 12 m; a scalar quantity. (8)
• The change in y-axis over the change in the x-axis (rise over step). (8)
• The displacement per unit time, measured in metres per second (m s–1), e.g. 330 m s–1; a vector quantity. (8)
• The distance travelled in a particular direction, measured in metres (m), e.g. 3 m; a vector quantity. (12)
• The distance travelled per unit time, measured in metres per second (m s–1), e.g. 12 m s–1; a scalar quantity. (5)
• The equations used to describe displacement, acceleration, initial velocity, final velocity and time when a body undergoes a constant acceleration. (6)
• The rate of change of velocity, measured in metres per second squared; a vector quantity. (12)
• The speed of an object at a given moment in time (13, 5)
• When an object is accelerating under gravity (i.e. at 9.81 m s–2) (8)