Answer:
the organ or tissues enlargement from the increase in size of its cells.
The kinematics of the uniform motion allows us to find the final position vector
r = (-41.575 i + 42.253 j) m
Given parameters
- the starting position x = -17.5 m y = 23.1 m
- jump time t = 10.7 s
- The average velocities vₓ = -2.25 m / s and v_y = 1.79 m / s
to find
The uniform motion occurs when the velocity of the bodies is constant, in this case the relationship can be used for each axis
v =
x = x₀ + v t
Where vₓ it is the velocity, x the displacement, x₀ the initial position and t the time
Let's set a reference system with the horizontal x-axis. Regarding which we carry out the measurements
X axis
we look for the final position
x = x₀ + vₓ t
x = -17.5 -2.25 10.7
x = -41.575 m
Y Axis
we look for the final position
y = y₀ + v_y t
y = 23.1 + 1.79 10.7
y = 42.253 m
In conclusion, using the kinematics of uniform motion, find the final position vector
r = (-41.575 i + 42.253 j) m
learn more about uniform motion here:
brainly.com/question/17036013
Answer:
option B
Explanation:
The correct answer is option B
Effective capacity is the capacity of a firm to achieve the given target will all the constraints .
Effective capacity of an company can be calculated by actual capacity divided by the efficiency of the company.
it can be explained by an example
Assume the capacity of company to produce toy is 49 per hours and the efficiency of the production is 70 %
so the effective capacity will be equal to 49/0.7 = 70
hence, effective capacity will be 70