Since it’s an equilateral triangle it must be 26 divided by 3 which is 8.66 reoccurring
100 centigrams in a gram
43.9 * 100 = 4390
So you have to find the velocity (or first derivative) from the position function of h=-16t^2+48t+6
the velocity is -32t+48 which you then have to set equal to 0 in order to find t
-32t+48=0
-32t=-48
t=1.5
you then take your t value and sub it back into your original position function
-16(1.5)^2+48(1.5)+6 which will give you a maximum height of 42 feet
so the time it takes is 1.5 seconds to reach a maximum height of 42 feet
We know that ideally a Quaker oatmeal container should have 32 oz. oatmeal.
We also know that a difference of 0.5 oz. is acceptable, otherwise the container is rejected.
Let the amount of oatmeal actually present in the container be Q
32 - 0.5 < Q < 32 + 0.5
⇒ 31.5 < Q < 32.5
Hence, the equation that represents the highest and lightest acceptable weights is 31.5 < Q < 32.5.
