Amass is oscillating on the end of a spring. the distance, y, of the mass from its equilibrium point is given by the formula y=8zcos(16πwt) where y is in centimeters, t is time in seconds, and z and w are positive constants. (a) what is the furthest distance of the mass from its equilibrium point? distance = cm (b) how many oscillations are completed in 1 second? number of oscillations =

i believe that the answer is

b. y-1=-2(x-4)

hope this !

step-by-step explanation:

the answer to this question depends on certain assumptions.   if the 6-pint jar starts out empty, and the 3-pint jar full, pouring the 3 pints into the 6-pint jar results in a half-full 6-pint jar.   if we refill the 3-pint jar and then pour its contents into the half-full 6-pint jar, then the 6-pint jar will be full.  

your answer is b.

step-by-step explanation:

the 2 points are: (3,1) and (6,6)

first, let's find the slope:

(6-1)/(6-3) = 5/3

then let's plug this into the point-slope formula:

y - 1 = 5/3(x - 3)

this is your answer! the below is just the simplified form.

y - 1 = 5/3x - 5

y = 5/3x - 4