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
Answer:
f(2)=0
Step-by-step explanation:
f(2)=2x-4
2(2)-4
4-4
0
3x + x = 1044
4x = 1044 - divide both sides by four
x = 261
coffee table - $261
couch - $783
You did not add the attachment for this question to be answered. I have added it
Answer:
0.5333
Step-by-step explanation:
We have
P(faculty) to be the probability of faculty being selected
= 70/300
= 0.233333333
We also have
P(favor) to be the probability of being in favor of this proposal
= 135/300
= 0.45
In answer to this question,
The required probability
= P(faculty) + p(favor) - p(faculty n favor)
p(faculty n favor) = 45/300
= 0.15
Probability = 0.233333333 + 0.45- 0.15
= 0.5333 approximately
Answer:
Step-by-step explanation:
So we want to find the derivative of the rational equation:
First, recall the quotient rule:
Let f be x^2-2x and let g be x^3+3.
Calculate the derivatives of each:
So:
Use the above format:
And that's our answer :)
(If you want to, you can also expand. However, no terms will be canceled.)
