5. Daphne has been recording the bounce heights of a ball. She determined that her data could be modelled by the exponential regression function
\( y = 140 ( 0.80 ) ^ { x }\)
Where \( y \) represents the height of the ball in centimeters and \( \underline { x } \) represents the number of the bounce.
The first three terms of a sequence are given. Round to the nearest thousandth (if necessary).
\( 8,40,200 , \ldots \)
Find the \( 10 \) th term.
(1) q) Put \( S \) above any dash that represents subtraction, \( N \) above any dash that represents negative and \( O \) above any dash that represents opposite. NOTE: You only need to give one answer if more than one answer is possible for a dash.
\( - ( 2 - ( - 3 ) ) - ( - 4 + ( - 2 ) ) + 4 ( - 5 ) + ( - ( - 3 ) )\)
