A bean plant grows at a constant rate for a month. After \( 10 \) days, the plant is \( 25 \) centimeters tall. After \( 20 \) days, the plant is \( 45 \) centimeters tall. Which equation models the height of the plant, \( y \) , after \( x \) days?
A. \( y + 25 = 2 ( x + 10 ) \)
B. \( y - 25 = \frac { 1 } { 2 } ( x - 10 ) \)
C. \( y - 10 = \frac { 1 } { 2 } ( x - 25 ) \)
D. \( y - 25 = 2 ( x - 10 )\)
D. y - 25 = 2 ( x - 10 )
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.
\( - ( 2 - ( - 3 ) ) - ( - 4 + ( - 2 ) ) + 4 ( - 5 ) + ( - ( - 3 ) )\)
