I'M BEING TIMED, I WILL GIVE BRAINLIEST A swimmer enters the water and swims in a straight line at 54 meters per minute. Another swimmer enters the water 3 minutes later, swimming in the same direction at 134 meters per minute. Which parametric equations could model the swimmers' paths from the time the first swimmer entered the water?

x(t) = 54t and y(t) = 134(t - 3)
x(t) = 54(t – 3) and y(t) = 134t
x(t) = 54(t + 3) and y(t) = 134t
x(t) = 54t and y(t) = 134(t + 3)

it is not that hard all u have to do is plot the graph

step-by-step explanation:

step-by-step explanation:

duck you

answer: cos [   arcsin (3/5) - arccos (1/2) ] =

step-by-step explanation: × = 3/5 = 0.6--> x = 36.87 and x = 180 - 36.87 = 143.13 deg

cos y = 1/2 --> y = +- 60 deg a. cos (x - y) = cos (143.13 - 60) = cos 83,13  

=

0.12

b. cos (36.87 - 60) = cos (-23.23) = 0.92

all you have to do is multiply them both to see how many out comes you can put:

3 x 2 = 6

you can make 6 diferent combinations of crusts and toppings.

~batmans wife dun dun