Answer:
Step-by-step explanation:
the curve is representing the projectile. at t=0, the projectile is on the ground. at t=6, the projectile has finished its journey and is back on the ground. In between t=0 and t=6 will be the projectile's peak altitude. the point between t=0 and t=6 is t=3. So plug in t=3 and solve for s(t), and you get 36ft. gg
None. empty.gone.<span>no quantity or number; naught; the figure 0.</span>
Answer:
In 22 minutes the remaining cell phone battery will be unknown.
In a of minutes the remaining cell phone battery will be 50%.
Step-by-step explanation:
Answer:
<h2><em>
32.500 ft</em></h2>
Step-by-step explanation:
Given the expression, 130.715 ft ÷ 4.022 ft, we are to find its quotient.
Converting to fraction first 130.715 ft = 130,715/1000 and 4.022 ft = 4022/1000
130.715 ft ÷ 4.022 ft = 130,715/1000 ÷ 4022/1000
= 130,715/1000 * 1000/4022
= 130,715/4022
= 32.500 ft
<em>Hence the quotient of the expression to the correct level of precision is 32.500 ft</em>
First we have to find the slope of the givent line and for that we use rise / run method .
The points are (-4,4),(4,-2)
Here rise is
And run is
So slope is
And the slopes of perpendicular lines are negative reciprocal of each other .
Therefore the slope of the required perpendicular line is
Now we use slope intercept form, and put x intercept , that is (6,0) and the slope that is 4/3 ,
Therefore required equation is
Correct option is the third option .
