Answers:
Option (B) and Option (C)
Explanation:
The volume of a 3D shape is the amount required to 'fill' the figure.
"around" would be perimeter, and "outside" would be surface area.
Going from question one, 120 cubes fit the prism. This means that the prism is 120 units³.
Extra note:
Volume is measured in cubic units, not square units, like the question stated.
Answer:
2 stickers will be left over
Step-by-step explanation:
To answer the question, all you need to do is figure out at what value of stickers would the remaining stickers be equal to 2 if the piles are made up of either 3 to a set or 4 to a set. To do this, we need to figure out the size of the whole set of stickers.
Lets assume that the total number of stickers is 14. Lets test the 2 given conditions. If we divide it in piles of 3 then we will have a pile of 12 stickers (4 piles of 3 stickers each) with 2 stickers remaining.
Lets test the second condition. If we divide it in piles of 4, we will again have 12 stickers (3 piles of 4 stickers each) with 2 stickers remaining.
Now that both conditions have been satisfied, all we have to do is see how many stickers are left if we make a pile of 12 stickers. In this case, we will have just one pile of 12 stickers and, again, we will be left with 2 stickers.
Therefore, the answer is 2 stickers
Answer: x=2
Step-by-step explanation:
The total number of sweets given to Mohamed in the beginning is equals to 20.
As given in the question,
Let x be the total number sweets given to Mohamed in the beginning.
Number of sweets he ate when feeling sick =
Number of sweets left = x - (x /5)
= (4x / 5)
Number of sweets he ate next day = ×
= x /5
Number of sweets left = (4x/5) - (x/5)
= (3x /5)
Number of sweets he ate on the following day = ×
= (3x / 20)
Number of sweets left at the end = (3x /5) - (3x/20)
= (12x-3x) / 20
= (9x /20)
As per given condition,
(9x / 20) = 9
⇒ x = (9 × 20)/9
⇒ x= 20
Therefore, the total number of sweets given to Mohamed in the beginning is equals to 20.
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Hello! remember that you have to write complete questions in order to get good and exact answers. Here you haven't provided any table so I'll assume a table, which is shown below:
Remember that the slope intercept form of the equation of a line is given by:
Where:
The y-intercept occurs when , thus from the table:
And the slope can be found as:
Therefore, the equation that represents the table is:
Correct option:
A)