Tweleve cows produce 224,988 pounds of milk. find the unit rate in rotations per second.
Answers
If we're working with pounds of milk, then either the top or the bottom of any
unit rate must have units of pounds. Rotations are on a different planet.
Related Questions
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Help plz:))) I’ll mark u brainliest ASAP!!!
P(3) = 2, P(5) = 3, P(7) = 4
P(3) = 9, P(5) = 10, P(7) = 11
P(3) = 1, P(5) = 2, P(7) = 3
P(4) = 3, P(6) = 4, P(8) = 5
Answers
sorry, I haven't understood the question.
ANSWER D:
the probability must be defined for 4,6,8
P(4)=3
P(6)=4
P(8)=5
But probability must be <1
==> P(4)=3/12, P(6)=4/12 and P(8)=5/12
So 3/12+4/12+5/12=12/12=1
PLEASE HELP ME!!!!
Answers
Answer:
Step-by-step explanation:
On your recent question- you stated that when the x value was 10, the y value was 2. The graph started at the origin. To find the constant of proportionality, use the equation . In this case, the "run" was 10, since it went +10 from 0. The "rise" was 2, since it went +2 from 0.
simplified.
c)face cards. D)black and face cards
Answers
a) 1/2, b) 1/4, c) 3/13, d) 7/26 (fraction of black and face cards) in a traditional Western pack of playing cards.
A traditional Western pack of playing cards consists of four suits: Hearts (colored red), Diamonds (colored red), Spades (colored black), and Clubs (colored black). Each suit has 13 cards: Ace, 2, 3, 4, 5, 6, 7, 8, 9, 10, Jack, Queen, and King.
a) To find the fraction of the playing cards that are red, we need to add up the number of red cards and divide by the total number of cards in the deck. There are two red suits, Hearts and Diamonds, and each has 13 cards. So there are 26 red cards in total. Since there are 52 cards in a deck, the fraction of red cards is 26/52 or 1/2.
b) To find the fraction of cards that are Diamonds, we simply divide the number of Diamonds (13) by the total number of cards (52). This gives us a fraction of 13/52 or 1/4.
c) To find the fraction of face cards, we need to add up the number of face cards and divide by the total number of cards in the deck. In each suit, there are three face cards: King, Queen, and Jack. So there are 12 face cards in each deck (4 suits x 3 face cards per suit). Therefore, there are 12/52 or 3/13 face cards in the deck.
d) To find the fraction of black and face cards, we need to count the number of black cards and the number of face cards that are also black. There are two black suits, Spades and Clubs, and each has 13 cards. So there are total 26 black cards. Of these 26 cards, there are 12 face cards (King, Queen, and Jack) which are not black, leaving 14 black cards which are face cards. Therefore, the fraction of black and face cards is 14/52 or 7/26.
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7. 10.4
8. 2.11
Answers
Answer:
3 and 3/5
10 and 2/5
2 and 11/10
Step-by-step explanation:
Answers
Total marbles = 171 = steves + lary’s
X + 3x/7 – 39 = 171
X + 3x/7 = 171 + 39
10x/7 = 210
10x = 210 * 7
10x = 1470 X = 147
Larry = 3/7(147) – 39
Larry = 63 – 39 = 24
Steve = 147
Total marbles = 147 + 24 = 171
Answer:
One fryte ssr
Step-by-step explanation:
Answers
Answer:
True
Step-by-step explanation:
The cross-product property states that if the cross products of two ratios are equal, then the ratios are equivalent (equal).
Therefore, the answer to your question would be true.
Hope this helps.
P.S; the answer above is correct in the sense of a proportion, which is an equation that directly states the equality of two ratio's.