
Unit 4.5 Remediation - Projectile Motion
Presentation
•
Mathematics
•
9th - 12th Grade
•
Medium
Hannah Wiley
Used 11+ times
FREE Resource
3 Slides • 11 Questions
1
Valid to replace any Unit 4.5 assignments in Backpack.
2
Let's use Desmos to analyze and evaluate Quadratic Application Functions.
Quadratic Application Problems
3
Make sure you can find the following on your graph. The next 3 slides will ask for this information.
y-intercept (starting height)
Vertex (time, max height)
x-intercept (time, on the ground)
4
Multiple Choice
What is the initial height of the object?
22
48
16
0
5
Multiple Choice
How long did it take to reach the max height?
12 seconds
58 seconds
3.5 seconds
1.5 seconds
6
Multiple Choice
How long was the object in the air?
2.8 seconds
3.4 seconds
1.5 seconds
8 seconds
7
Multiple Choice
-4
2
4
8
8
Multiple Choice
Fireworks are fired from the roof of a 100-foot building. The equation h = -16t2 +84t + 100 models the height, h, of the fireworks at any given time, t. How high do the fireworks get?
2.625
6.25
100
200
210.25
9
Multiple Choice
Fireworks are fired from the roof of a 100-foot building. The equation h = -16t2 +84t + 100 models the height, h, of the fireworks at any given time, t. How high are the fireworks after 1 second?
136
96
168
210
210.25
10
Multiple Choice
Which one are we looking for?
Elliot wants to know how high the soccer ball will get if he kicks it straight up in the air.
x at vertex
y at vertex
positive zero
y-intercept
11
Multiple Choice
Which one are we looking for?
Darrell is trying to find out how many seconds it will take a golf ball to get to its highest point after being hit on the golf course.
x at vertex
y at vertex
positive zero
y-intercept
12
Multiple Choice
Which one are we looking for?
Jaiden wanted to know the initial height of a baseball when it was hit at home plate.
x at vertex
y at vertex
positive zero
y-intercept
13
Multiple Choice
What should the selling price be in order to maximize profit?
35
60
10
0
14
Multiple Choice
What is the initial (starting) height of an object following this path?
h(t) = -16t2 +20t + 6
-16 feet
0 feet
20 feet
6 feet
Valid to replace any Unit 4.5 assignments in Backpack.
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