I see the answers provided here, but how is it done? I\'m desperateto know how i

Question

I see the answers provided here, but how is it done? I'm desperateto know how instantaneous velocity works. If someone could fullydescribe how this problem is done, it would be very kind of you.Thanks!
Edit: I don't know how to post the diagram on here, but if youhave the book, it's on page 20.
The problem is: Fine the instantaneous velocity of theparticle described in Figure P2.1 at the following times: (a) t =1.0s (b) t = 3.0s (c) t = 4.5s (d) t = 7.5s
I don't know if this helps but the graph goes likethis:
y-axis: -60 to 60 in increments of 20 x-axis: 0 to 50 in increments of 10
Point A (0,~31) Point B (10,~53) Point C (20,~37) Point D (30,0) Point E (40,~ -37) Point F (50, ~ -54)
Edit: I don't know how to post the diagram on here, but if youhave the book, it's on page 20.
The problem is: Fine the instantaneous velocity of theparticle described in Figure P2.1 at the following times: (a) t =1.0s (b) t = 3.0s (c) t = 4.5s (d) t = 7.5s
I don't know if this helps but the graph goes likethis:
y-axis: -60 to 60 in increments of 20 x-axis: 0 to 50 in increments of 10
Point A (0,~31) Point B (10,~53) Point C (20,~37) Point D (30,0) Point E (40,~ -37) Point F (50, ~ -54)

Explanation / Answer

Nevermind, I figured it out. Thanks anyways

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