The motion of a particlo is dofined by tho relation x- "a" t• "b" t • "c" t • "d", whore x and t aro oxpressod in meters and seconds, respectively Determino 8 -18 19 (use stored ntermed ote onsers in your ca'culot.cns but for the e'ds be ow input answers until threo decimal places only) (a) time when velocity is 0 (higher value of timo) = soconds (b) limo when velocity is 0 (lower value of time) = seconds (c) timo when acceleration is 0 = soconds
The motion of a particlo is dofined by tho relation x- "a" t• "b" t • "c" t • "d", whore x and t aro oxpressod in meters and seconds, respectively Determino 8 -18 19 (use stored ntermed ote onsers in your ca'culot.cns but for the e'ds be ow input answers until threo decimal places only) (a) time when velocity is 0 (higher value of timo) = soconds (b) limo when velocity is 0 (lower value of time) = seconds (c) timo when acceleration is 0 = soconds
Related questions
Question
Do the round off on final answer only.
Follow the instructions carefully.
Answer the first three questions only A, B, C
Transcribed Image Text:The motion of a particlo is dofined by tho relation x - "a" t• "b" t2. "c" I• "d", whoro x and t aro oxpressod in moters
and seconds, respectively Detormine
8
-18
19
(use stored ntermed:ote onsmors in your ca'culotions but for the fods be ow input answors until threo decimal places
only)
(a) time when velocity is 0 (higher value of timo) =
soconds
(b) limo when volocity is 0 (lower valuo of timo) =
seconds
(c) timo when accoleration is 0 =
soconds
(d) the position when v-0 (highor value of time) =
melers
(e) tho position when v-0 (lower value of timo) =
meters
(f) the position when a=0 =
melers
CS
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps with 2 images
