First you need to break it down. If Kai picked 11 times more blueberries then Nico, the amount of blueberries he picked multiplied by the amount of blueberries Kai picked would be 936. Nico had to have picked more blueberries then ten, because 10x11 is only 110, and that isnt 936. He had to have picked more then 20, because 20x11 is 222. And he picked more then 30 because 30x11 is only 333. Normally I would keep on doing this, and soon you will get to 85. Thats your answer, and i hope i kinda helped you
The figure has already been split into 3 shapes, a rectangle, a trapezium, and a triangle. I will show you how to get the area of each, so we can add it together at the end.
Rectangle:
The rectangle is fairly simple, just multiply 9 and 16 together to get 144 in².
Triangle:
Again, the triangle is pretty simple. The area of a triangle is (base × height)/2, so you do (31 × 20)/2 = 620/2 = 310 in².
Trapezium:
To find the area of a trapezium, you first add the two widths, which are 16 and 31, and then you divide it by 2. You then multiply that value by the height. 16 + 31 = 47, and 47 ÷ 2 = 23.5.
The height would be 35 (the total length of the shape) - 20 (the height of the triangle) which is 15, so 23.5 × 15 = 352.5 in².
Now we add them up, so 144 + 310 + 352.5 = 806.5 in², which is your final answer.
I hope this helps!
The equation that represents this situation is F = 6 m + 10
They drove 8 miles
Step-by-step explanation:
The given is:
1. Happy Cab gets paid $10 for each pick up
2. He gets paid $6 for each mile afterwards
3. The total fair was $58
Let us write the equation
∵ The happy cab gets paid $10 for each pick up
∵ He gets paid $6 for each mile
∵ They drove m miles
- Assume that the total fair is F
∴ F = 6 m + 10
The equation is F = 6 m + 10
∵ The total fair F was $58
∵ F = 6 m + 10
∴ 58 = 6 m + 10
- Subtract 10 from both side
∴ 48 = 6 m
- Divide both sides by 6
∴ m = 8
∵ m is the number of miles
∴ They drove 8 miles
They drove 8 miles
Learn more:
You can learn more about equations in brainly.com/question/3965451
#LearnwithBrainly
The student should have phrased it to be "the difference between the product of 5 and y and 15", as the way the student writes it implies that 5y is being subtracted from 15 instead of the other way around.
Answer:
No. The method is not fair.
<span>The
probability of pulling a gold or a silver for the first time is 1/10. The
probability of getting the same color the second time is 1/9. The probability
of getting a different color on the second pullout is still 1/10. Therefore,
the chance that same colors will be
pulled out is higher than that of different colors. Betty has an advantage in the drawing by 1.1%.</span>
Solution:
Probability of same color:
1/10+1/9
9/90+10/90
21.1%
Probability of different colors
1/10+1/10
2/10
20%
<span>21.1%-20%=1.1%</span>
