Answer: Look for third-party verification from TRUSTe or the Better Business Bureau symbol.
Explanation:
Answer:
The cumulative probability distribution can be used to find the total number of possibilities in the predecessor and the successor classes. Hence, suppose we want to find what is the probability of people having heart disease below 70 years of age, we can find through the cumulative probability distribution. Also, if we want to find the probability of various age groups having a coronavirus in the present day, we can find it through the cumulative probability distribution, or cumulative distribution function. Also, suppose we want to test medicine for the coronavirus by testing among the various age groups, the cumulative probability distribution as clear by definition is a must for such data analysis. Many more applications can be found. The cumulative probability means a certain value is less than or equal to a certain value, or fall below or above the mentioned limit.
Explanation:
Please check the answer section.
Answer: technolyy is a graphic igneger that allows itenas to go throught...
Answer:
Check the explanation
Explanation:
CREATE FUNCTION dbo.DateRange_sp4 ("at"StartDate DATE, "at"NumberofConsecutivedays INT) RETURNS "at"DateList TABLE ( DateID INT IDENTITY, DateValue DATE, Year SMALLINT, Quarter SMALLINT, Month SMALLINT, Week SMALLINT, DayOfWeek SMALLINT ) AS BEGIN DECLARE "at"Counter INT = 0; WHILE ("at"Counter < "at"NumberofConsecutivedays) BEGIN INSERT INTO "at"DateList VALUES ("at"Counter + 1, DATEADD(DAY, "at"Counter, "at"StartDate), DATEPART(YEAR, "at"StartDate), DATEPART(QUARTER, "at"StartDate), DATEPART(MONTH, "at"StartDate), DATEPART(WEEK, "at"StartDate), DatePart(WEEKDAY, "at"StartDate) ); SET "at"StartDate = DATEADD(day,"at"Counter + 1, "at"StartDate); SET "at"Counter += 1 END RETURN; END GO SELECT * FROM dbo.DateRange_sp4('2020-01-10', 20);
kindly check the screenshot below
Answer:
widgets=float(input("Enter number of widgets you want to buy"))
if widgets<0:
print("Can't compute negative number")
else:
if widgets<100:
cost=widgets*25
else:
cost=widgets*20
print("The total cost of widgets is", cost,"cents")
Explanation:
First I made a variable called widgets to take input of the number of widgets the customer wants to buy. I use the first comditional statement to test if the number of items typed in is not less than zero.
The else statement computed the prices of widgets based on number of widgets greater than zero.
Another conditional statement to check if the widgets is lower that 100 or greater. The cost represents the total amount, in terms of cost it will take for some nuber of widgets.
The last line prints the total cost and some statments