kinetic energy
Explanation:
Some of this energy is converted into thermal energy due to due wind resistance, a form of kinetic energy.
Kinetic energy is energy in motion. It is due to movement of particles of a medium.
Thermal energy is a type of kinetic energy.
- Energy is defined as the ability to do work.
- We two main primary forms of energy.
- Kinetic energy is the energy due to motion of a body.
- Potential energy is the energy due to the position of a body.
Examples of kinetic energy are mechanical energy, thermal energy
Potential energy are chemical energy, gravitational energy
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Cellular energy brainly.com/question/4957918
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Answer:
density = 0.0933 kg/m
speed = 27.581 m/s
Explanation:
given data
length L = 4.5 m
mass m = 0.42 kg
force F = 71 N
to find out
mass density and speed
solution
we find linear mass density
linear mass density = mass / length
put here all value
density = 0.42 / 4.5
density = 0.0933 kg/m
and
speed of wave
speed = √(F/density)
speed = √(0.42/0.933)
speed = 27.581 m/s
Answer:
The correct answer is - option D. managing emotions.
Explanation:
Managing emotions is a part of self managment in which is one of the four major aspects of the emotional intelligence. Emotional intelligence have four major components or aspects that are self awareness, social awareness, self managemnt and social skill. Some other aspects such as motivation, self regulation, empathy also present in emeotional inteligence. Self managment involves emotional regulation or managment which includes self control over mood changes in unfavorable conditions and self control.
Answer:
There is no short answer.
Explanation:
Part A
Examining the given situation in the question where an astronaut is trying to get back to the shuttle and trying to figure out a strategy to do so, the best solution in this situation would be to throw an object in the opposite direction of the shuttle since the throwing action will results in the same force being exerted on the astronaut but in the opposite direction and thus pushing him/her towards the shuttle.
Part B
Throwing the object with the biggest mass is the best option in this situation, the force will not be affected by this since the exerted force on the object will be the same, so will the force in the opposite direction but since the lighter the astronauts total weight, the larger the accelaretion will be and therefore throwing the heaviest tool is the best option.
I hope this answer helps.
