1.What is the magnitude of her vertical acceleration? 2.What is the magnitude of her horizontal acceleration?

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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1.What is the magnitude of her vertical acceleration?

2.What is the magnitude of her horizontal acceleration?

Unit 5: Intro to Forces (Pt 4)
X p Positive Physics - Unit 5: Introduc X
positivephysics
53°F
Clear
✰ positivephysics.org/lesson/physics/introduction-to-forces/challenge?courselD=1&unit|D=11&skil|ID=83&mode=work&problemID=929
m/s²
PREMIUM
What is the magnitude of her vertical acceleration?
Hint!
Unit 5: Introduction to Forces, Challenge
A 70kg student (including the hang glider) is initially traveling 22m/s to the right as she hanglides off the top of a 27m tall building.
During the flight the system experiences a 511N upwards lift force and a 81N drag to the left.
Dashboard
What is the magnitude of her horizontal acceleration?
m/s²
||||
+
Using g = 10m/s²
Keep 3+ sig figs
O
How long will she remain in the air?
S
How far from the base of the building will she land?
Desmos Calculator
m
Check Answers
gabrielk
Completion: 25%
Accuracy: 25%
Reference Lesson
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:
Transcribed Image Text:Unit 5: Intro to Forces (Pt 4) X p Positive Physics - Unit 5: Introduc X positivephysics 53°F Clear ✰ positivephysics.org/lesson/physics/introduction-to-forces/challenge?courselD=1&unit|D=11&skil|ID=83&mode=work&problemID=929 m/s² PREMIUM What is the magnitude of her vertical acceleration? Hint! Unit 5: Introduction to Forces, Challenge A 70kg student (including the hang glider) is initially traveling 22m/s to the right as she hanglides off the top of a 27m tall building. During the flight the system experiences a 511N upwards lift force and a 81N drag to the left. Dashboard What is the magnitude of her horizontal acceleration? m/s² |||| + Using g = 10m/s² Keep 3+ sig figs O How long will she remain in the air? S How far from the base of the building will she land? Desmos Calculator m Check Answers gabrielk Completion: 25% Accuracy: 25% Reference Lesson Cannot Be Solved 1 2 3 8:00 PM 11/13/2022 4 :
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