Final velocity = 0m/s
Initial velocity = 38m/s
Acceleration = 0-38/6 = -38/6 = -6.33m/s2
Answer:A
Explanation:
Initial velocity, u = 2m/s
Final velocity, v = 4m/s
Distance covered, s = 12m
Acceleration, a = ?
Using
v² = u² + 2as
2as = v² - u²
a = v²-u²/2s
a = 4²-2²/2 x 12
a = 16-4/24
a = 12/24
a = 0.5m/s²
Answer:
And as we can see on the plot we have the distribution left skewed so then this distribution is not normal because we don't have a bell shaped histofram and is not symmetric.
Explanation:
Assuming the following dataset
Temperature (F) Frequency
50-54 2
55-59 0
60-64 4
65-69 12
70-74 7
75-79 5
80-84 1
For this case we can construct the histogram with the following R code.
f<-c(2,0,4,12,7,5,1)
> barplot(f)
And the result is on the figure attached.
And as we can see on the plot we have the distribution left skewed so then this distribution is not normal because we don't have a bell shaped histofram and is not symmetric.
0.000006kgm/s
Explanation:
Given parameters:
Mass = 0.01g
Velocity = 0.6m/s
Unknown:
Momentum = ?
Solution:
The momentum of a body is the product of its mass and velocity. It is subject to the impact a body in motion will have .
Momentum = mass x velocity
The unit is in kgm/s
We need to convert the mass to kilograms:
1000g = 1kg
0.01g = x kg ; 0.00001kg
Input the parameter:
Momentum = 0.00001 x 0.6 = 0.000006kgm/s
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Momentum brainly.com/question/2990238
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