We have:
Initial velocity (u) = 32 m/s
Final velocity (v) = 0 m/s ⇒ The value is zero because the car comes to stationary position when it stops
Time = 14 seconds
We can use one of the constant acceleration equation:
where
is the acceleration
The acceleration is 2.3 m/s⁻² and the negative sign shows deceleration
The answer in this question is A, D and E, we might conclude if a random sample of 36 time interval between eruption has a mean longer that 104 minutes, I can conclude that the population means may be greater than 91 and the probability mean must be more that 91, since the probability is low and also the population mean is 91, and this is an example of a typical sampling result.
Answer:
x=2
Step-by-step explanation:
The parallel lines divide the transversal into proportional segments that is
(cross multiply)
9(x+4)=54 (divide by both sides by 9)
x+4=6 (subtract 4 from both sides)
x=2
The 2 on the end is the thousandths place. In order to know whether it should remain a '2' or increase to a '3', we would need to know what comes after it.
-- If there's nothing after it, then it's already written to the nearest thousandth.
-- If there <em>is</em> more after it, we don't know what that is, so we have nothing to base a decision on.
