It would go to 15k because it take away 20k from 35k
Answer:
<u>Option a. √35/6</u>
Step-by-step explanation:
Given sin θ = -1/6 and tan θ = -√35/35
We should know that :
tan θ = (sin θ)/(cos θ)
∴ Cos θ = (sin θ)/(tan θ)
∴ Cos θ = (-1/6)/(-√35/35) = (-1/6) * (-35/√35)
= 35/(6√35) = (√35 * √35)/(6√35) = √35/6
<u>The answer is option a. √35/6</u>
Answer:
a.2s b.43.6m
Step-by-step explanation:
h(t)=−4.9t2+19.6t+24
24m = inittial possition
-4.9 t2= -1/2 g t2
19.6t= Vo t
as the initial velocity is positive, the ball is thrown up.
the maximum height of the ball is reached when the velocity is 0
V= Vo-gt=19.6m/s-9.8m/s2 t=0
t=19.6/9.8=2s
<u>it takes 2seconds for the ball to reach its maximum height</u>
h(t)=−4.9t2+19.6t+24
h(2)=-19.6m+39.2m+24=43.6m
<u>the maximum height of the ball is 43.6m</u>
B. is 12 degrees Farenheit because you just have to convert it, so if you count the lines inbetween 10 and 20 its 4 so it goes by 10,12,14,18,20 then you connect the 10 degrees celcius to the line on farenheit and it matches 12 degrees so thats the answer
Answer:
3
Step-by-step explanation:
area of square=l*b so
81=3x multiply 3x
81=9x^2
81/9=x^2
9=x^2
=x
3=x
