dif Using the Force Triangle, calculate the missing information in the chart, Show your work below and record your answer in the chart. substitution: 75ON/1. 5m/s2. substitution: 150 kgo\.67ms substitution: SOO\cg.\.Gm/e Team #1 formula:M = Team #2 formula:F= Ma Team #3 formula: =ma Team #4 formula: substitution: Team #5 formula: = substitution: ZASN/17Ws Team #6 formula: substitution: Go-kart Teams Go-kart acceleration (m/sec) Go-kart mass Go-kart force (kg) (N) Team #1 500 Kg 1.5 m/sec 750 N 751 800 Team #2 450 kg 1.67 m/sec? Ceam #3 500 kg 1.6 m/sec? Team #4 400 kg 800 N 426 725 N 1.7 m/sec? cam #5 eam #6 375 kg 675 N Un to complet# these statemer
dif Using the Force Triangle, calculate the missing information in the chart, Show your work below and record your answer in the chart. substitution: 75ON/1. 5m/s2. substitution: 150 kgo\.67ms substitution: SOO\cg.\.Gm/e Team #1 formula:M = Team #2 formula:F= Ma Team #3 formula: =ma Team #4 formula: substitution: Team #5 formula: = substitution: ZASN/17Ws Team #6 formula: substitution: Go-kart Teams Go-kart acceleration (m/sec) Go-kart mass Go-kart force (kg) (N) Team #1 500 Kg 1.5 m/sec 750 N 751 800 Team #2 450 kg 1.67 m/sec? Ceam #3 500 kg 1.6 m/sec? Team #4 400 kg 800 N 426 725 N 1.7 m/sec? cam #5 eam #6 375 kg 675 N Un to complet# these statemer
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Transcribed Image Text:Jermar
F=ma
NEWTON PROBLEMS Off to the Racesl
(Newton's 2nd Law)
Your science teacher has assigned the students in your class to six
different go-kart building teams. The racing competition is on!
Using the Force Triangle, calculate the missing information in the
chart. Show your work below and record your answer in the chart.
substitution: 75ON/1.5m/s2
substitution: 150 kgol.67ms
substitution: SOO\cgol.Gm/@
Team #1 formula:/M =
Team #2 formula:= Ma
Sema
Team #3 formula:
Team #4 formula:
substitution:
Team #5 formula: M=Ya substitution:Z2SN s
Team #6 formula:
substitution:
Go-kart
Teams
Go-kart acceleration
(m/sec)
Go-kart mass
Go-kart force
(kg)
(N)
Team #1500 Kg
1.5 m/sec?
750 N
751
800
Team #2
450 kg
1.67 m/sec
Ceam #3
500 kg
1.6 m/sec?
eam #4
400 kg
800 N
426
725 N
1.7 m/sec
eam #5
eam #6
375 kg
675 N
ng the chart, draw up or down arrows to complet# these statement
acceleration
nass stays the same, when force
1Oceleration
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