Express your answer with the appropriate units.
Answer:
13.5 m
Explanation:
M = Mass of cart = 500 kg
m = Ann's mass = 50 kg
= Velocity of Ann relative to cart = 5 m/s
= Velocity of Cart relative to Ann
As the linear momentum of the system is conserved
Time taken to reach the right end by Ann
Distance the cart will move in the 3 seconds
The negative sign indicates opposite direction
Movement of Ann will be the sum of the distances
The net movement of Ann is 13.5 m
a.ohm
b.watt
c.joule
d.coulomb
just above the belly button
B.
just above the knees
C.
just below the neck
D.
just below the hips
An individual center of gravity can usually be found just below the hips. The correct option is D.
Usually, a person's centre of gravity is situated just below the hips. The location where the body's mass is equally distributed in all directions is referred to as the center of gravity.
The centre of gravity in a standard standingposition is below the hips, specifically in the area of the pelvis. This position gives the body stability and balance, enabling effective movement and control.
Thus, the correct option is D.
For more details regarding gravity, visit:
#SPJ7
Answer:
Unlike a greenhouse, the Earth does not have a layer of glass over it. Instead, molecules in our atmosphere called greenhouse gasses absorb the heat. Greenhouse gasses include water vapor, methane, ozone, nitrous oxide, and carbon dioxide.
I've been trying for a while to compare them and I'm just confused and don't know what to do
B. doubled
C. one fourth as strong
D. quadrupled
Answer:
decreases one fourth of the original value.
Explanation:
according to coulomb's law the electrostatic force of attraction and repulsion magnitude is directly proportional to the product of magnitude of charges and inversely proportional to their distance (square distance).
So increases in distance between two charges results in decrease of electric force between two charges.
Answer:
C. one fourth as strong
Explanation:
Electric force is indirectly proportional to the square of the distance, so if you double the distance, electric force is = 1/2^2 = 1/4
In short, Your Answer would be: Option C
Hope this helps!