Answer:
You are finding the horizontal asyemtopes/end behavior of the graph.
Explanation:
You are finding the horizontal asyemtopes/end behavior of the graph.
Answer:
The statement "companies should not provide training to employees because it is the responsibility of individuals to possess the necessary knowledge and skills prior to becoming employed, is entirely wrong. In just one counter example of how this statement would not persist in work places is public service positions. Consistent demand is needed for public service employees. No college or educational program educates an individual on exact protocol on a specific public service field, further training is always required to provide top quality service. Also another example is in the food industry. Waitresses' or Waiters' responsibilities vary between different restaurants protocols and rules. Training is needed and required for someone to work in that specific restaurant, no one is able to "possess the necessary knowledge and skills prior to becoming employed" due to variety of rules, regulations, and preferences in work places.
Explanation:
Answer: I would call someone who worked with that stuff and just have them do it. And if not then I would grab a shovel and start shoveling it myself, or maybe call a friend of family. Most likely I would call 911 and just have them help me!
Explanation: Hope I helped!
8 1/3% of Jar B’s marbles need to be moved to jar A to make them equal. This is because:
If Jar A has 100 marbles and B has 120 marbles which is 20% more than Jar A then 10 marbles would have to be moved from Jar B to Jar A. To calculate the percentage it would be 10/120 which reduces to .0833 repeating or 8 1/3%.
Hope this helps :)
Answer:
The molarity of a solution prepared by dissolving 54.3 g of Calcium nitrate into 355 mL of water is 0.9881M
Molarity of solution is the ratio of the number of moles of the substance to the volume.
n is the number of moles of the compound
Mass of calcium nitrate = 54.3g
Molar mass of calcium nitrate = Ca(NO₃)₂ = 164.088 g/mol
Get the required molarity;
Hence the molarity of a solution prepared by dissolving 54.3 g of Calcium nitrate into 355 mL of water is 0.9881M
Explanation:
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