Answer:
One of the reason the countries wanted colonies due to industrial revolution was because of the natural resources this colonies could provide.
Explanation:
Industrial Revolution was a period in time between the 1700s and 1800s when there was a great turnaround in Industrialization in Great Britain first then it spread around the world. Industries started producing goods on a large scale.
There was a great advancement in Agriculture, Textile manufacturing and Electrical advancements as well.
Due to the Industrial Revolution, the industries in Great Britain start to expand and the economy was growing but there was shortage of raw materials. This made countries such as Great Britain to go in search of colonies because the colonies had an abundance of raw materials in form natural resources such as Cotton, Cocoa, Gold, Timber, Rubber which the industries needed in order to thrive well.
This led to the colonisation of countries like Africa, Asia and India.
B. cooling and solidification of magma
C. weathering of rocks
D. application of pressure and heat to sedimentary rocks
Cytoplasm
protoplasm
Answer:
Cytoplasm-everything contained within the cell membrane except the nucleus.
Protoplasm-includes everything in the cytoplasm plus the nucleus.
Explanation:
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None of the antibiotics indexed above could be a suitable pick for treating an infection due to the bacterial strain described.
The gram-positive staphylococcus epidermidis that expresses a excessive degree of an ABC-type multidrug resistance (MDR) efflux pump is probably resistant to all the antibiotics indexed.
Rifampin, tetracycline, vancomycin, and sulfanilamide are all probable to be ineffective in this case because of its MDR efflux pump, which permits it to pump out those antibiotics and decrease their effectiveness.
In general, the best option for treating an infection due to a bacterial pressure with an MDR efflux pump could be an antibiotic that is not affected by the pump. Some alternatives for treating MDR infections encompass polymyxins (including colistin), tigecycline, and Fosfomycin.
However, the unique antibiotic that might be the best option for treating an infection due to this bacterial pressure could rely on the specifics of the contamination, including the area of the contamination and the patient's typical health. It is crucial to work with a healthcare professional to decide the most suitable remedy for an infection with an MDR bacterial strain.
Read more about multidrug resistance at:
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