50,031 people bought movie tickets over the weekend (32,736 on Saturday and 17,295 on Sunday).
To find out how many people bought movie tickets over the weekend, you need to add the number of tickets sold on Saturday and the number of tickets sold on Sunday.
Let's denote:
S as the number of tickets sold on Saturday
S - 32,736 as the number of tickets sold on Sunday (since there were 32,736 more tickets sold on Saturday than on Sunday)
Given that on Sunday 17,295 tickets were sold, we have the equation:
S - 32,736 = 17,295
Now, solve for S:
S = 17,295 + 32,736
S = 50,031
So, 50,031 people bought movie tickets over the weekend (32,736 on Saturday and 17,295 on Sunday).
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Answer:
$44.81
Step-by-step explanation:
43.50 * 0.03 = 1.305
$43.50 + 1.305 = 44.805 = $44.81
Solve for x.
Answer:
x = - 5
Step-by-step explanation:
Given h(x) = 6x - 2 and h(x)= - 32, then equate the right sides, that is
6x - 2 = - 32 ( add 2 to both sides )
6x = - 30 ( divide both sides by 6 )
x = - 5
Enter your answer, as a decimal, in the box.
Answer:
P ( less than 3 car accidents) = .6
Step-by-step explanation:
P ( less than 3 car accidents)
P (1 car accident) + P (2 car accidents)
.25+.35
.6
Answer:
The Answer is 0.6
Step-by-step explanation:
I took the test and got it right !
The required function would be f(x) = 6x² which represents the set of ordered pairs.
The function is defined as a mathematical expression that defines a relationship between one variable and another variable.
We have been given that function as sets of ordered pairs :
(0,0), (1,6), (2,24), (3,54), (4,96)
First, we must identify a pattern. It appears that all yₓ values are multiples of 6.
We can divide yₓ by 6x since it is a multiple of 6 and a multiple of x:
y₁/ 6×1 = 1
y₂/ 6 ×2 = 2
y₃/ 6 ×3= 3
y₄/6×4 = 4
We can clearly see a pattern here ;
y/ 6×x = x
y = x × x × 6
y = 6x² = f(x)
Therefore, the required function would be f(x) = 6x² which represents the set of ordered pairs.
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Answer: Origin=(0,0)
Step-by-step explanation:
Given points are : (–2, 2), (–4, 4), (2, –2), and (4, –4) .
We can see that for every x,
hence, the equation of the line is y=-4x
The point where the line intersects the y-axis has y coordinate as 0.
When we put y=0 in the equation, we get
Hence, The point where the line intersects the y-axis =(0,0) which is origin.
Answer:
Correct answer is option D) drawing the 6 of clubs or the 6 of spades
Step-by-step explanation:
Given that:
A standard deck of 52 playing cards with 4 suits.
A be the event of drawing a card with 6 from the deck.
B be the event of drawing a black card from the deck.
So, event A will have 4 possibilities i.e. {6 of club, 6 of spade, 6 of diamond, 6 of heart}
And event B will have 26 possibilities {Any card (including 6) from club or spade}
Intersection of two sets is defined as the common elements in the two sets.
As per the explanation of the sets and elements in the sets given above:
If we take intersection it will be:
{6 of club or 6 of spade}
Hence, Correct answer is option D) drawing the 6 of clubs or the 6 of spades
The intersection of events A and B is represented by drawing the 6 of clubs or the 6 of spades (D) .
The intersection of events A (drawing a 6) and B (drawing a black playing card) refers to the cards that satisfy both criteria. In this case, event A consists of the card 6 from any suit, while event B consists of the black cards (spades and clubs) from any value. To determine the intersection, we need to find the cards that are both a 6 and black.
Looking at the options given, option D) drawing the 6 of clubs or the 6 of spades represents the cards that satisfy both events. The 6 of clubs and the 6 of spades are black cards and also have a value of 6. Therefore, the intersection of events A and B is represented by option D).
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