A particle of mass 2 units moves along the x-axis and has position function x(t).where t is in seconds. It starts at rest at x(0)= 10. It is subject to a force numerically equal to
-8x(t). (So it is proportional to the distance from the origin and directed toward it). It also experiences a drag (damping) force proportional to its velocity equal to 8x'(t). Where is the particle after 5 seconds?...Hint: mass * acceleration equals total applied force, and the drag force tends to decrease acceleration, so it would be negative. This is for differential equations class, please show work I want to learn this.

y = i/2 xtnop + (3i/2 tnop+ 1)

step-by-step explanation:

the picture is the step by step explanation.

$655.61 which is option c

step-by-step explanation:

price of house =   $146,000

initial rate = 3.5%

mortgaged paid in this = 3.5 % of $146,000

                                        =

                                        =$5110

the total years would be = 7

total mortgaged paid = 7 * $5110

                                      =$35770

remaining money = $146000-35770

                                =$110230

new mortgaged payment = 5 % of 110230

                                            =  

                                            =$655.61

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