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Five motorboats are being tested to see which reaches the highest velocity in the same amount of time. After graphing the accel...Asked by ashley
Five motorboats are being tested to see which reaches the highest velocity in the same amount of time. After graphing the acceleration versus force for each motorboat, the graph is a sloped line with a y-intercept of zero. Which statement is correct about these motorboats?(1 point)
All five motorboats have the same mass, which cannot be calculated from the graph.
All five motorboats have the same mass, which can be calculated from the graph.
All five motorboats have the same final velocity, which cannot be calculated from the graph.
All five motorboats have the same final velocity, which can be calculated from the graph
All five motorboats have the same mass, which cannot be calculated from the graph.
All five motorboats have the same mass, which can be calculated from the graph.
All five motorboats have the same final velocity, which cannot be calculated from the graph.
All five motorboats have the same final velocity, which can be calculated from the graph
Answers
Answered by
Damon
F /a is constant?
but we know F = m a
so F/a = m
so
m is constant, the slope of the graph.
but we know F = m a
so F/a = m
so
m is constant, the slope of the graph.
Answered by
Someone
What is the correct answer?
Answered by
Cassie
All five motorboats have the same mass, which can be calculated from the graph. :)
This is because if the graph has a y-intercept of 0, it is basically saying that they all start at the same place. To start at the same place they all have to have the same mass, otherwise some may start later in the graph. :))
This is because if the graph has a y-intercept of 0, it is basically saying that they all start at the same place. To start at the same place they all have to have the same mass, otherwise some may start later in the graph. :))
Answered by
anonymous
Its funny 'cause the one who puts the answer will probably never know if it helped because he'll probably never come back.
Answered by
Joe Biden
Lets go brandon
Answered by
LOL
Lol your awesome the post above me.
Answered by
Barack Obama
#BidenHarris2024
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