Answer:
The wide range of materials used to create the Buk (mask) of the Torres Strait has been interpreted as evidence of the islanders' far-reaching trade networks
C preference for local natural resources
Explanation:
The Buk (mask) aged middle to late 19th century C.E., was located in Australia, Mabuiag Island, Queensland, Torres Strait, which is between Australia and Papua New Guinea with many small mostly uninhabited islands around. Archaeological excavations show people´s arrival at Mabuiag islands around 7,300 years ago, being very dependent on ocean´s products to survival.
Few surviving pieces, made out of local resources materials such as turtle shell, wood, fiber, cassowary feathers, resin and paint, tell us feathers were a throughoutly artistic material used in Oceania
, but turtle shells masks were Torres Strait´s people hand-crafted and unique hallmark to be used during assorted ceremonies.
Answer:
replace()
Explanation:
The history object in javascript corresponds to browsing history.
It has the following methods for navigating through the history list:
back(): Go back in the history list
forward(): Go forward in the history list
go() : Navigate to the currently pointed url in the history list. It takes a parameter which can either be a numeric index or a string which is matched with the history list content.
replace() is not a method in the history object.
Answer:
I'm pretty sure to get the absolute maximum amount the EFC has to be 0 or really close to it. The EFC, or Expected Family Contribution, is mainly determined by your family's income. If your family has multiple students who will be enrolled in college, the number may be lower. It's not really about what number a student "should" have though, because the only way for you to lower it yourself is to lie, and you really don't want to do that-if you are found to have lied on your FAFSA there can be some serious legal consequences.
Answer:
Check the explanation
Explanation:
% iterate through each column (outer loop) , then iterate rows-1 (inner loop)
%take product of adjacent rows
mat = input('enter 5 by 5 matrix : ');
[R,C] = size(mat);
max_prod =0;
for c =[1:C]
for r=[1:(R-1)]
temp = mat(r,c)*mat((r+1),c);
if max_prod<temp
max_prod=temp;
end
end
end
fprintf('Greatest product : %i\n', max_prod)
Kindly check the output in the attached image below.
