Answer:
4x^3+4x^2
Step-by-step explanation:
f(x) = 4x^2
g(x) = x+1
(f•g)(x) = (4x^2) *(x+1) = 4x^3+4x^2
The maximum height reached is 2.87 meters
<h3>What is maximum height?</h3>
The maximum height of an object is the highest vertical position along the trajectory of the object.
The given parameters are:
--- the initial velocity
--- the final velocity
--- the acceleration
To calculate the height (s) of the ball, we make use of the following equation of motion:
Substitute known values
Collect like terms
Substitute 9.8 for g
Divide both sides by 19.6
Hence, the maximum height reached is 2.87 meters
Read more about acceleration and maximum height at:
brainly.com/question/14638187
Answer:
The length of the wall would be 12 cm
Step-by-step explanation:
step 1
we know that
On a blueprint with a scale of 1 cm = 4 ft, the length of the wall is 9 cm
so
The actual length of the wall is equal to ------> 9*4=36 ft
step 2
If the scale of the blueprint were 1 cm = 3 ft
then
The length of the wall in the new blueprint would be ----> 36/3=12 cm
Answer:
area = 246.49
perimeter = 31.4
step-by-step explanation:
area of a circle = πr^2
π5^2
15.7 rounded ^2
246.49
looking for circumference
c = 2πr
6.28(5)
31.4
i will help you on 2 once you tell me the radius or diameter of the circle
<span>160 cc of lidocaine with epinephrine will be drawn. Since there is already two 30 cc of lidocaine, I can only conclude that for the epinephrine 1:100,000 is 100 cc . When combined with the Lidocaine it becomes 160 cc of total solution needed for the surgeon.</span>
