Answer:
1.
y = 20(11) + 300 = 520
y = 5(11)(11) = 605
y = 10(1.4)^11 = 404.96
hence the quadratic formula - y = 5x^2 has the largest y-value
2.
y = 20 (14) + 300 = 580
y = 5 (14) (14) = 980
y = 10(1.4)^ 14 = 1111.20 > this is greater than both equations above
14 is the smallest value of x for which the value of the exponential equation is greater than the values of both the linear and quadratic functions
Step-by-step explanation:
The reason why it's ”b” is because of the formula for the volume of a cylinder, which is πr^2*h.
Diameter is just 2 times the radius so the equation should look like this: π3^2*10
Simplifying into terms of pi, the equation should read 90π.
Multiplying 90 by pi to the first two decimal places, it should be around the same answer as option ”b”.
Solution :
In the question, it is given that :
There are 50 percent yellow winged butterflies and 50 percent black winged butterflies.
The sampled population of the butterflies follows the Hardy-Weinberg equilibrium.
Therefore,
So,
Therefore, the allele frequency for yellow winged butterflies will be q = 0.707
Answer:
sorry i accidentally posted this answer
Step-by-step explanation:
[(21 + 5) ÷ 2] + 7 × (8 - 3)
[26 ÷ 2] + 7 × (8 - 3)
13 + 7 × (8 - 3)
13 + 7 × 5
13 + 35
48