The possible outcomes are there on Ryan's first turn flipping two cards is
<h3>What are cards?</h3>
The cards are 52 in number in which 13 cards are different. Each card is four in quantity.
Ryan is playing a multiplication game with a pile of 26 cards, each with a number on them.
Each turn, he flips over two of the cards and has to multiply the numbers.
The number of ways in which two cards can be selected from 26 cards, at the same time. The order of those are important.
Then, the number of possible outcomes on each flip of two cards
= 26 p(2)
= 26 x 25
=650
Thus, the possible outcomes are there on Ryan's first turn flipping two cards.
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Answer:
<h2>181.33</h2>
Step-by-step explanation:
Since the base of the pyramid PABCD is a rectangle, the shape in question is a rectangular based pyramid. Volume of a rectangular based pyramid is expressed as V = 1/3 * Base Area * Height of the pyramid.
Given a rectangle ABCD with AB = 8 and BC = 4, the area of the rectangle will be equivalent to the base area of the pyramid.
Base Area = Length * Breadth
Base Area = AB * BC
Base Area = 8*4 = 32
If 
, and PB = 17, then the height of the pyramid is PB = 17.
Volume of the pyramid = 1/3 * 32 * 17
Volume of the pyramid = 1/3 * 544
Volume of the rectangular based pyramid = 181.33
The complete factorisation of 50a²b⁵ − 35a⁴b³ + 5a³b⁴ is 5a²b³(10b² - 7a² + ab)
<h3>How to factorise?</h3>
Factorisation is the process of writing an expression as a product of two or more common factors.
The expression is written as a product of several factor.
Therefore,
50a²b⁵ − 35a⁴b³ + 5a³b⁴
Hence, the complete factorisation is as follows;
5a²b³(10b² - 7a² + ab)
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Answer:
C. goes down and to the left
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