The solution is, the probability that both cards are red is 5/22.
Probability can be defined as the ratio of the number of favorableoutcomes to the total number of outcomes of an event.
here, we have,
given that,
Gregg has 12 cards.
Half are black, and half are red.
i.e. red = 6 & black = 6.
He picks two cards out of the deck.
now, we have,
Probability of a red card out of 12 cards = 6/12 = 1/2
Now, probability of a red card of 11 cards = 5/11
so, we get,
Combined probability = 1/2 * 5/11 = 5/22
Hence, The solution is, the probability that both cards are red is 5/22.
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Answer:
slope -1/3 and y-intercept is -1
Step-by-step explanation:
Answer:
the last one
Step-by-step explanation:
12√3
1) To find out the Lateral Area of this pyramid we need to calculate the area of those three equilateral triangles.
2) Hence, the Lateral Area of that pyramid is 12√3 u²
Answer:
Step-by-step explanation: Right Angle - 4 times around. Around the angle ( 90 ) You would need 90 angles or 4 to make 360.
The daily average dollar amount of transactions where there are 2.5 trillion in credit card transactions annually is 6.8 billion.
Given data:
To calculate the daily average dollar amount of transactions, we'll divide the annual total by the number of days in a year.
Annual credit card transactions: $2.5 trillion
Number of days in a year: 365
Daily average dollar amount of transactions = Annual transactions / Number of days
= $2.5 trillion / 365
Now let's perform the calculation:
Daily average dollar amount = $2.5 trillion / 365
On simplifying the equation:
Daily average dollar amount ≈ $6.849 billion
Rounded to the nearest hundred million dollars, the daily average dollar amount of credit card transactions is approximately $6.8 billion.
Hence, the daily average dollar amount of credit card transactions is approximately $6.8 billion.
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Answer:
3 trillion
Step-by-step explanation:
because just do the math bu bl I really dk
Answer:
y=20x+25, this equation is linear, the rate of change is constant
Step-by-step explanation:
She starts with 25$, that doesn't change so its our constant. Let x represent each week. Each week she ears 20$
So, let y represent the total amount of money she has
y=20x+25, this equation is linear, the rate of change is constant