How are common denominator and a common multiple alike and different
Answers
Least common denominator is just the least common multiple as a denominator. (Example: if you wanted to find the LCD of 5/7 and 1/10, you'd have to find the LCM of the demoniators (7 and 10) and then just use that as the denominator when adding fractions with unlikely denominators.) Sorry for such a long answer :P
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5 times what equals 200
A card was selected at random from a standard deck of cards. The suit of the card was recorded, and then the card was put back in the deck. The table shows the results after 40 trials. What is the relative frequency of selecting a heart? Outcome Club Diamond Heart Spade Number of trials 8 12 14 6 A. 15% B. 25% C. 27% D. 35%
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Which ratio forms a proportion with 5:15 10:20 75:5 3:1 1:3WILL MARK AS BRAINLIEST HELP PLESEE!!!!!!!!
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plotting it on a graph...
(-2,3) (4,3) (4,-4) (-2,-4)
Now, if done correctly, when you count the "points" it should be lengthwise
6 units, and width would be 7
6*7=42
The Area is 42 units squared.
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The following ( picture )
So I hope this helps
Answer:
144.5 cm
Step-by-step explanation:
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y-y1=m(x-x1)
in your case m= -5 ; A(x1;y1)=(1;-1)
y-(-1)= -5(x-1)
y+1= -5(x-1)
answer is c
Answer:
The answer to the question is C) y + 1 = -5(x - 1)
Step-by-step explanation:
In order to find this, we start by looking at the base form of point-slope form.
y - y1 = m(x - x1)
Now we put the slope in for m and the point in for (x1, y1)
y + 1 = -5(x - 1)
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Answer:
it is 1/8 or 12.5%
it also can be seen as 8:1
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For example:
Say that lateral height is 2 and the radius is 1. The lateral surface area would be 6.28
if I make the lateral height 6, which is triple the original lateral height, the lateral surface area becomes 18.84, which is triple the original surface area
Hope I help :P
Answers
The probability will be "0.20".
According to the question,
- The sum of all the areas = 60
then,
Therefore,
→
Thus the answer above is right.
Learn more:
Final answer:
This question is about computing the conditional probability that a painting selected at random is British, given it's from the 20th century. Without specific numbers, the tentative solution is the ratio of the number of British 20th-century paintings to the total number of 20th-century paintings.
Explanation:
The subject here is Probability, a topic within Mathematics. Let us assume without losses in generality that 'T' represents a painting from the 20th century and 'B' represents a British painting. Given 60 paintings, we're selecting one at random. The condition is it's a 20th-century painting ('T') and we need to find the probability that it's also a British painting ('B'). The data given in the question isn't clear enough to give a numerical answer. However, we can give a general solution.
Firstly, we find the number of paintings which are both from 20th century and British. Let's say this number is n. The number of 20th-century paintings would be more than or equal to n. Let's call this N. Therefore, the required probability would be n/N.
Learn more about Conditional Probability here:
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