I need help with questions d and g using the graph(Not honor class)(Not grading) Data #1Graph #1DistanceDistance (m) vs. Time (s)Time(seconds)(meters)2.00.201.50.40.601.003..700.50.801.00.001061.2Time (s)71.48.1.61.8102.0(u) aouesi d. Refer to your graph: What is the distance the object will travel att= 12 secondsf. What is the slope of the graph? ("Hint: slope rise / run)distance / time = speed%Dg. Calculate the slope of the graph: "Hint: slope = rise / runm = Y,-YShow your work!or'x -xDELL

From the given table it is clear that on increasing the time 1 s time the distance increased by 0.2.…

d. Refer to your graph: What is the distance the object will travel att= 12 seconds f. What is the slope of the graph? ("Hint: slope = rise / run) distance / time speed g. Calculate the slope of the graph: "Hint: slope = rise / run m = Y-Y Show your work! or X,- X,

d. Refer to your graph: What is the distance the object will travel att= 12 seconds f. What is the slope of the graph? ("Hint: slope = rise / run) distance / time speed g. Calculate the slope of the graph: "Hint: slope = rise / run m = Y-Y Show your work! or X,- X,

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

I need help with questions d and g using the graph (Not honor class) (Not grading)

Data #1
Graph #1
Distance
Distance (m) vs. Time (s)
Time
(seconds)
(meters)
2.00
.20
1.50
.40
.60
1.00
3.
.70
0.50
.80
1.0
0.00
10
6
1.2
Time (s)
7
1.4
8.
1.6
1.8
10
2.0
(u) aouesi

d. Refer to your graph: What is the distance the object will travel att= 12 seconds
f. What is the slope of the graph? ("Hint: slope rise / run)
distance / time = speed
%D
g. Calculate the slope of the graph: "Hint: slope = rise / run
m = Y,-Y
Show your work!
or
'x -x
DELL

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1 of 1 1114 (Page) Assignment#8 (due Monday July 12th by 11:30am) Each assignment will contain questions to be handed in for marking. Remember that to get full marks on a problem you must include diagrams, coordinate systems etc. You must show your work to receive marks. Include a diagram and co-ordinate system as needed. Note: as stated on the course outline, only a selection of the problems may be marked for credit so DO ALL THE QUESTIONS as you do not know which ones will be marked. Questions: 1. (2.2 from text): What is the average density of the earth? The earth has a mass of 5.98 x10" kg. The average diameter of the earth is 1.27 x 10' m. Assume the earth is a sphere. Compare this density to the density of water. (Ans SS 10/m) 2. (3.4 from text): The density of ice is 9.20 x 10 kg/m'. An ice cube which is 20.0 mm high floats in water. What height of the side of the ice cube is above the surface of the water? (An 1 mm 3. (8.3 from text): A large tank contains a layer of water…