This is how I got the answer it’s c
<span>There are 2 drawings, in the 1st one we have
to select correct four numbers between 1 and 62 while the 2nd one is
to select the one single number between 1 and 16.</span>
<span>In the 1st drawing, the probability of success
is 1 divided by the total number of 4 combinations that can be created from 62
numbers.</span>
P1 = 1 / 62C4
P1 = 1 / 557,845
<span>In the 2nd drawing, the probability of success
is 1 divided by 16:</span>
P2 = 1 / 16
Since the two drawings must be satisfied before you can
win the jackpot, then multiply the two:
P = P1 * P2
P = (1 / 557,845) (1 / 16)
P = 1 / 8,925,520 = 1.12 x 10^-7 = 1.12 x 10^-5 %
<span>Therefore the odd in winning this lottery is 1 in 8,925,520
chances.</span>
Ok, first you need to change the 2,000 cm into meters and then you just multiply all the sides.
Answer:
○![\displaystyle -\frac{6}{\sqrt{35}}\:[or\:-\frac{6\sqrt{35}}{35}]](https://tex.z-dn.net/?f=%5Cdisplaystyle%20-%5Cfrac%7B6%7D%7B%5Csqrt%7B35%7D%7D%5C%3A%5Bor%5C%3A-%5Cfrac%7B6%5Csqrt%7B35%7D%7D%7B35%7D%5D)
Explanation:
Looking in quadrant III, in the degree-angle range of 180° to 270°, take the <em>inverse</em><em> </em><em>of</em><em> </em><em>cosine</em><em> </em>to get your angle measure, then plug it into the <em>cosecant</em><em> </em>function to get the above answer.
I am joyous to assist you anytime.
I will mark you brainly Answer the following questions. Questions What is an amount between $2 and $10? (A) __________ What is an amount between $10 and $20? (B) __________ What is an amount greater than $50? (C) __________ What is your name? (D) _________________ What is the name of an item that you will buy only once? (E) _________________ What is the name of an item that you will buy more than once? (F) _________________ Create a word problem that leads to an inequality by filling in the blanks with your corresponding answers. Word Problem (D) _________________ is going shopping for (E) _________________ and (F) _________________. The cost of (E) _________________ is (B) __________ and the cost of each (F) _________________ is (A) __________. If (D) _________________ can spend at most (C) __________, how many (F) _________________ can be purchased? Write an inequality of the form Ax + B ≤ C to represent the word problem using your answers for A, B, and C. Solve the inequality and show your work. Graph the solution to your inequality on a number line or describe, in words, how to graph the inequality on a number line. Explain what the solution means in the context of the word problem.
