Answer:
velocity = 8.84 m/s
Explanation:
given data
radius r = 11.9 m
acceleration of gravity g = 9.81 m/s²
static friction μ = 0.67
to find out
how fast can the car go without skidding
solution
we get here velocity that is car go without skidding is express as
force = 
force = μ × mg
μ × mg =
v² = μ × r × g
v = 
..................1
v = 
v = 8.84 m/s
velocity = 8.84 m/s
He would need to grow. it in sand or grit since Cactus's are usually grown in dry soil like sand.
Answer:
V=14.9 m/s
Explanation:
In order to solve this problem, we are going to use the formulas of parabolic motion.
The velocity X-component of the ball is given by:
The motion on the X axis is a constant velocity motion so:
The whole trajectory of the ball takes 1.48 seconds
We know that:
Knowing the X and Y components of the velocity, we can calculate its magnitude by:
The slope is always
(the change in 'y')
divided by
(the change in 'x') .
This line is so easy ... it crosses all the corners of the boxes,
so you have tons of choices of what 2 points to pick.
But let's just pick the ends of the line.
From the beginning to the end of the line:
-- the change in 'y' is 4 meters
-- the change in 'x' is 40 seconds
Slope = (the change in 'y') divided by (the change in 'x') .
= (4 meters) / (40 seconds)
= 0.1 meter/second .
Answer:
v = 225 m/s
Explanation:
Given,
The momentum of the spaceship, p = mv = 45,000 Kg m/s
The mass of the spaceship, m = 200 Kg
The velocity of the spaceship, v = ?
The relationship between the momentum, mass, and velocity is given by the formula
p = mv Kg m/s
Therefore,
v = p/m m/s
Substituting the values in the above equation
v = 45,000 Kg m/s / 200 Kg
= 225 m/s
Hence, the magnitude of velocity of the spaceship is, v = 225 m/s
