Answer:
s(2) = 7.75
Step-by-step explanation:
given the velocity v(t) = t^3
we can find the position s(t) by simply integrating v(t) and using the boundary conditions s(1)=2
we know throught s(1) = 2, that at t=1, s =2. we can use this to find the value of the constant c.
Now we can use this value of t to formulate the position function s(t):
this is the position at time t.
to find the position at t=2
the position of the particle at time, t =2 is s(2) = 7.75
Answer: 125.6
Step-by-step explanation:
so you use your diameter 40 and multiply it by it by 3.14 to get your circumfrence
So you will multiple all numbers by all numbers so 3x5x12=180 or 5x12=60 60x3=180 The answer is 180cm3
Answer:
Greater
Step-by-step explanation:
.4*1.8 is .72
.72 is greater than .4
1. Rotational Symmetry-2
2. Line Symmetry<span>
3. Both- Rotational Symmetry-6
4. Both- Rotational Symmetry- 2
5. Rotational Symmetry- 1
6. Line Symmetry
7. Both-Rotational Symmetry-2</span>
