2. Hugo rides his bike at an average rate of 15 mph. Write an equation to represent the relationship between the distance, d, that Hugo rides and the number of hours, h, that he rides. How far will Hugo ride if he rides his bike for 3 hours?
3. Every time Luke puts a dime into the parking meter, he gets 10 minutes of parking time. The equation p = 10d represents the time, p, he can park after he puts d dimes into the meter. Analyze the variables. If he puts 5 dimes into the meter, can Luke park for more than or for less than 1 hour?
green tickets numbered one to five. You
randomly pick a ticket. It is yellow or has
an odd number.
Answer:
the probability of it being a yellow ticket is 6/11 and the probability of it being an odd numbered ticket is also 6/11. i dont know how you would do one fraction for both the yellow and the odd numbered tickets together but this is what i got.
Step-by-step explanation:
The probability of picking a yellow ticket or a ticket with an odd number is 100%.
In this question, we have a bag containing yellow tickets numbered one to six and green tickets numbered one to five. We randomly pick a ticket, and the event we are interested in is getting a yellow ticket or a ticket with an odd number. To solve this problem, we'll use the concept of probability.
So, the probability of picking a yellow ticket or a ticket with an odd number is 11/11, which simplifies to 1 or 100%.
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Please explain plz help this is due tomorrow!!!
The integer that lies between √30 (approximately 5.48) and 4π/3 (approximately 4.19) is the number '5'.
The question is asking for an integer that lies between the square root of 30 and 4π/3. First, we should approximate these numbers to familiarize ourselves with their value. The square root of 30 is approximately 5.48, and 4π/3 is approximately 4.19.
Looking at these decimal numbers, it becomes clear that the only integer (whole number) that falls between 5.48 and 4.19 is 5. Therefore, the integer that lies between √30 and 4π/3 is '5'.
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2)0
3)8
4)-6
Help me out guys.
Answer:
8
Step-by-step explanation:
The condition for the discriminant b² - 4ac is
If b² - 4ac > 0 then roots are real, irrational and unequal
If b² - 4ac > 0 and a perfect square, roots are real, rational and unequal.
Thus
b² - 4ac = 8
Answer:
3) 8
Step-by-step explanation:
Real and unequal:
B² - 4AC > 0
Irrational: B²-4AC not a perfect square