Answer:
The angle of intersection is equal to one-half the difference of the intercepted arcs.
Step-by-step explanation:
Answer:c
Step-by-step explanation:
it just is
V(t) = 9t² + 2t
To find a function for distance as a function of time:
Using Calculus:
Take the integral of V(t)
This means find the anti-derivative (if v(t) is the derivative of d(t), what must d(t) be?)
d (t) = (1/3)*9* t ²⁺¹ + (1/2) * 2 * t¹⁺¹
d(t) = 3t³ + t² + C
Answer is B) 3t³ + t² + C.
Why did we add C at the end? The velocity function doesn't tell us anything about our initial distance, so we add C to account for wherever we started at t=0. This is also known as our Constant of Integration
the student is wrong because the Constant coefficient is 5 not 3.
constant coefficient is that which have no variable but in the opinion of the student the coefficient is 3 which have a variable x.
so the student is wrong.
Answer:
y=6
Step-by-step explanation:
