Answer:
Explanation:
When the craft was stationary , weight will be balanced by tension
T = mg
T = 7000 N
A)
when the craft was being lowered to the seafloor
drag force will act in upper direction , so
T₁ + 1800 = mg
T₁ = mg - 1800
= 7000 - 1800
= 5200 N
52 X 10² N
B)
when the craft was being raised from the seafloor , Tension will act in downward direction
T₂ = mg+ 1800
T₂ = 7000 - 1800
= 8800N
Use ray tracing to determine the location of the image.
Express your answer using two significant figures.
q =
Part B
Is the image upright or inverted?
Part C
Is the image real or virtual?
Answer: A) see attach file .
B) the iamgen is uprigth
C) the imagen is virtual
Explanation: see attach file.
The magnitude of the boy's pushing force is equal to 12 N. Therefore, option A is correct.
Force acting on a system can be described as the effect that can change the state of the body of motion or rest. The SI measurement unit of force is Newton (N) and force can be described as a vector quantity. Force can change the direction or the speed of the moving object.
The force can be evaluated from the multiplication of the mass (m) with acceleration (a) of an object. The mathematical second law of motion can be used for force:
F = ma
Given, the rate of acceleration of a wagon, a = 0.50 m/s²
The mass of the wagon, m = 24 kg
The magnitude of the boy's pushing force can be calculated as:
F = 0.50 ×24
F = 12 N
Therefore, the magnitude of the pushing force applied by the boy is equal to 12 N.
Learn more about force, here:
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b. All of the apples will fall to the Earth.
c. Only apples U and Z will fall to the Earth.
d. Only apple U will fall to the Earth.
Answer:
Equilibrium price
Answer:
equilibrium price
Explanation:
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