Answer:
The correct answer is letter "C": hexadecimal.
Explanation:
The hexadecimal numeral system is composed of ten digits from 0 to 9 and six letters from the English alphabet from A to F. Letter A is given the 10 value and F values 15. Though, the decimal system composed of numbers from 0 to 9 is the most used in calculations and the binary system (composed by 0 and 1) for programming.
Answer:
The cost of goods available for sale is $650,100
Explanation:
Credit terms of 3/15, n/45 means that 3% discount for the payment within 15 days and the full amount to be paid within 45 days.
The discounts Northwest Fur Co. took = $560,000 x 3% = $16,800
Northwest uses a perpetual inventory system and the gross method to record purchases.
Net Purchases = Purchases - Purchase Returns - Purchases Discounts + Freight-In = $560,000 - $4,900 - $16,800 + $8,800 = $547,100
The cost of goods available for sale = Beginning merchandise inventory + Net Purchases = $103,000 + $547,100 = $650,100
a. The probability that a student goes to seek for minor clarification from the professor during office hours = 6%.
b. The probability that a student goes to the professor for major clarification = 14%.
Data and Calculations:
Percentage of students in the class who go to the professor to seek clarifications = 20% (a)
Percentage of students in the class who do not go to the professor to seek clarifications = 80% (100% - 20%) (b)
Percentage of (a) who seek minor clarification = 30%
Percentage of (a) who seek major clarification = 70%
Probability of (a) seeking minor clarification = 6% (20% x 30%)
Probability of (a) seeking major clarification = 14% (20% x 70%)
Thus, the probability of students seeking minor clarification is 6% while the probability of students seeking major clarification is 14%.
Learn more about probability at brainly.com/question/13604758
Answer:
9 kanban
Explanation:
The calculation of the number of kanban containers needed is given below:
= (Lead time demand + Safety stock) ÷ kanban size
where,
Lead time demand is
= 1,500 radios × 1 days
= 1,500 radios
Container size = 250 radios
Safety Stock is
= 1 ÷ 2 day × 1,500 radios
= 750 radios
So, the number of kanban containers needed is
= (1,500 radios + 750 radios) ÷ (250 radios)
= 9 kanban
We simply used the above formula to find out the required kanbans
Answer:
gained the ability to produce and distribute sport content and commentary.
Explanation:
In the context of sports, with the recent proliferation of mobile devices and growing connectivity, many people have gained the ability to produce and distribute sport content and commentary.
