Answer:
9 of the 13 states were needed to approve a measure so that the Congress could pass it.
Explanation:
Under The Articles of Confederation (the first written form of government of the United States) there was only one branch within the central government, this branch was the legislative one, and was composed by a Congress with limited power. The Congress represented all 13 states equally and had the power to deal with foreign affairs, and borrow money from the states or foreign governments and it required 9 out of 13 states to approve a measure so that it could become a law; Congress lacked of power to collect taxes or deal with commerce, and looked weak inside and outside the country, this weaknesses led to the Constitutional Convention in which the Constitution and the federal government were created.
b. FALSE
Answer:
ESSID stands for "Extended Service Set Identifier", which marks and identify the computer electronically in a wireless network to access the internet through the router or access point; the options "open/on" and "close/off" enable or disable the broadcast. SSID is pretty much the same: "Service Set Identifier" aka the network name.
Since Wireless Networks spread the data throughout the open space like Radio Frequencies, if one doesn't have the intention to share, when setting up the wireless access point with basic security making the router harder to find and avoid broadcasting the network, it's advisable to have it turned off or disabled. Thereby TRUE.
Explanation:
its d...just got it wrong when i chose 1
Answer:
D.
Explanation:
A) culture shock
B) the relativist fallacy
C) stereotyping
D) cultural relativism
the correct answer is A.Indonesia
To represent 1024 shades of gray, you would need 10 bits.
Here's how you can calculate it:
- 2^10 = 1024
In binary representation, 2^10 corresponds to 10 bits because each additional bit doubles the number of possible values (shades of gray in this case). So, with 10 bits, you can represent 1024 different shades of gray, ranging from 0000000000 to 1111111111 in binary, which is equivalent to 0 to 1023 in decimal.