SunDose cac à mortar is fired from ground level at an angle of 45° with an initials need of 200 ft/sec. Choose a coordinace system with the origin at the point of launcn. Part: 0 / 5 Part 1 of 5 la) Write parametric equations to define the pan of the mortar as a function of the time? In sec). The parametric equacions are x = Part: 1/5 Part 2 of 5 and= 10) What is the range of the mortar? That is, what is the norizontal distance traveled from the point of launch to the point where the mortar lands? Give an exact answer. Do not round intermediace cak ulacions. The mortar traveled ft. Part: 2 / 5 Part 3 of 5 Ic) What are che coordinates of the mortar als maximum neign? Give an exact answer. Do not round Intermediace calculacions. The coordinaces are ·C.D. סם
SunDose cac à mortar is fired from ground level at an angle of 45° with an initials need of 200 ft/sec. Choose a coordinace system with the origin at the point of launcn. Part: 0 / 5 Part 1 of 5 la) Write parametric equations to define the pan of the mortar as a function of the time? In sec). The parametric equacions are x = Part: 1/5 Part 2 of 5 and= 10) What is the range of the mortar? That is, what is the norizontal distance traveled from the point of launch to the point where the mortar lands? Give an exact answer. Do not round intermediace cak ulacions. The mortar traveled ft. Part: 2 / 5 Part 3 of 5 Ic) What are che coordinates of the mortar als maximum neign? Give an exact answer. Do not round Intermediace calculacions. The coordinaces are ·C.D. סם
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Transcribed Image Text:SunDose cac à mortar is fired from ground level at an angle of 45° with an initials need of 200 ft/sec. Choose a coordinace system with the origin at the point of
launcn.
Part: 0 / 5
Part 1 of 5
la) Write parametric equations to define the pan of the mortar as a function of the time? In sec).
The parametric equacions are x =
Part: 1/5
Part 2 of 5
and=
10) What is the range of the mortar? That is, what is the norizontal distance traveled from the point of launch to the point where the mortar lands? Give an exact
answer. Do not round intermediace cak ulacions.
The mortar traveled
ft.
Part: 2 / 5
Part 3 of 5
Ic) What are che coordinates of the mortar als maximum neign? Give an exact answer. Do not round Intermediace calculacions.
The coordinaces are
·C.D.
סם
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