Answer:
The Revolutionary War (1775-83), also known as the American Revolution, arose from growing tensions between residents of Great Britain’s 13 North American colonies and the colonial government, which represented the British crown. Skirmishes between British troops and colonial militiamen in Lexington and Concord in April 1775 kicked off the armed conflict, and by the following summer, the rebels were waging a full-scale war for their independence. France entered the American Revolution on the side of the colonists in 1778, turning what had essentially been a civil war into an international conflict. After French assistance helped the Continental Army force the British surrender at Yorktown, Virginia, in 1781, the Americans had effectively won their independence, though fighting would not formally end until 1783.
Answer:
b. Fabric is often hand woven and very labor intensive.
Explanation:
Some forms of dress in imperial societies, both historically and today, are designed to use every inch of fabric because <u>fabric is often hand woven and very labour intensive</u>. Thus to avoid wastage, every inch of the fabric is utilized in dress making.
Answer:
Regional Environmental Centre
Answer:
<em>0.964 or 96.4 %</em>
Explanation:
Hemoglobin is the red component of the red blood cell, it combines with oxygen to keep the body functional. The fractional saturation of hemoglobin is usually computed graphically but the hill equation gives a more specific value.
Calculations:
The hill equation can be expressed as;
Where 
is the fractional saturation of oxygen =?;
is the partial pressure of oxygen = 72 mm Hg;
is the partial pressure of oxygen when the hemoglobin is 50%
saturated = 24 mm Hg and;
h is the Hill coefficient = 3.
Substituting the values into the expression above we have;
= 
= 
= 0.964
Therefore the fractional saturation is 0.964 or 96.4 %(multiply by 100)
Answer:
A. True
Explanation:
Stratification is truly not about individual inequalities, but about systematic inequalities based on group membership, classes and so on.
