Answer:
X=13/3
Step-by-step explanation:
Distribute and transfer the x’s to the other side and make sure to flip the signs of the x’s. Then solve for x.
Answer:
(a)
(b)
(c)
Step-by-step explanation:
Number of cards in a Standard Deck=52
(a)
Number of Diamonds (D)=13
Number of Face Cards(F) = 12
Number of Diamonds that are face cards = 3
(b)The probability that the card is neither an ace nor a heart.
Number of Aces (A)=4
Number of Hearts(H) = 13
Number of Hearts that are Aces = 1
(c)The probability that the card is a face card or a 3
Number of 3 cards(T)=4
Number of Face Cards(F) = 12
Answer:
Step-by-step explanation:
We know from the graph
and
using the given equation we can solve
subtract 1 from both sides so that k is isolated
Answer:
$62,000
Step-by-step explanation:
Given the following :
Amount billed for services performed = $62,000
Bulled amount collected = $51,000
Operating expenses incurred = $39,000
Account payable = $31000
Cash from issue of common stock = $40,000
Cash invested on land purchase = $21,000
Amount of revenue to be reported in income statement : will be the total amount earned from the goods sales and services rendered. Hence, since the billing Given by Lee for the services rendered in Year 1 is reported as $62,000, Hence the amount of revenue to be reported in the income statement will be $62,000
Shiloh wants to earn
at least $200. That means the number of cakes, x, that she sells has to earn her at least $200. For the inequality, the want number the least number of cakes possible to earn her $200 on the left side of ≤ and the most cakes possible she can sell on the right side of <span>≤.
Calculate the least amount of cakes she can sell to make $200. To do this, divide $200 by $5, since each cake is selling for $5.
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That means she has to sell at least 40 cakes to meet her goal. That number, 40, goes to the left of </span>≤. Since she has 100 cakes to sell, 100 goes to the right of ≤. x can fall between 40 and 100, including both numbers, making your inequality 40 ≤ x ≤ 100.
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The answer is B) 4</span>
0 ≤ x ≤ 100.<span>
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