I think the accurate answer to this question, based from the sources, is that Japan was at the brink of anarchy. In order to maintain the nation's stability, it increased its military force and took act to other countries.Thank you for your question. Please don't hesitate to ask in Brainly your queries
Research has indicated one issue that results in negative consequences. Such issue that results to that is:
Let's understand what chronic understaffing is all about.
<h3>Chronic Understaffing</h3>
- Chronic Understaffing is known to be a situation where a work unit is operating with insufficient manpower.
- This happens over a long period of time.
- It leads to negative consequences that affect the available employees.
Learn more about staffing on brainly.com/question/25112935
Answer: Option A
Explanation: Attributions are inferences people make from events or behaviours ,it might be from someone attitude or an event. We have external and internal type of attribution.
From the above options, there are all attributions but situational attributions are attributions people make from situational events that may one way or the other affect them.
The best option from the options above is option A, Randy doesn't like dirty dishes and what he met in the kitchen was something he doesn't like and the cause of this event is the laziness of his daughter which he blames.
Answer:
Statement that is true about electromagnetic and mechanical waves is:
Option B: Mechanical waves must travel through a medium, but electromagnetic waves do not require a medium to travel.
Explanation:
'Electromagnetic' waves do not need any medium to travel whereas 'mechanical waves' need a medium or matter for transmission. Electromagnetic waves are produced by the 'vibrations' of the charged particles. They can even travel in vacuum.
On the contrary, mechanical waves are caused by the 'wave amplitude'. Mechanical wave can travel in solid, liquid and gas and are considered to be periodic disturbance.
Thus, Option B is the most statement apt explaining the difference between electromagnetic and mechanical waves.
