Answer:
there is no link below or anything plz type out ur question please
Two opposite forces which are acting perpendicular to an axis cause the moment of couple or torque.
<h3>What is couple?</h3>
Couple is the pair of force of equal magnitude which acts in opposite direction to each other. The moment of couple is known as the troque, which can be calculate as,
Here, (F) is the magnitude of one of the force and (s) is the perpendicular distance of force acting on axis.
Here, the two opposite forces are given which acts perpendicular to an axis. Now suppose there is the magnitude of both the force (F) is equal and the perpendicular distance from the axis is also same.
Thus, from the above definition of moment of couple, they produce, torque or moment of couple.
Hence, the two opposite forces which are acting perpendicular to an axis cause the moment of couple or torque.
Learn more about the couple here;
brainly.com/question/25939131
#SPJ1
In the question excerpt, that element was the friendship between the nobility and the knight.
The king was believed to have been appointed by God himself. Religion played an important role in medieval culture. The importance of Christian practice is evident from the excerpts provided. The choice of words is indicative of Christianity and its practices, and excerpts can be read as "the band's singing came to an end" and "a loud cry came from the clergy and others proclaiming Noel again". increase.
Also, the word "gift" refers to the exchange of goods during the Christmas season. The practices depicted in the poem reflect the religious beliefs of the culture of medieval society and, of course, the court of King Arthur and his Round Table.
Learn more about Christian practices:
brainly.com/question/855630
#SPJ4
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:
:)
Okay what is the question :)
