Answer:
The cost of bicycle is Rs1000
Step-by-step explanation:
Let x be the cost of bicycle
Total profit gained by the shopkeeper by selling at labelled price = 20%
Suppose he sell the bicycles at at 5% discount
Which means that the total profit he learn after discount will be:
20% -5% = 15%
The shopkeeper earns a profit of 15% if he sells at discount.
Profit gained by shopkeeper is:
15% of x = 15/100 · x
15% of x = 0.15x
Thus the profit gained will be 0.15x. As profit gained is equal to 150, we can say that
0.15x = 150
x = 1000
The cost of bicycle is Rs1000
<span>You have the following inequality given in the problem shown above:
(x^2-1)/(x^2+5x+4)</span>≤<span>0
1. To solve it, you must factor it and then you must make the study of the signs.
2. Once you do the proccedure mentioned above, you obtain the following solutions:
-4<x<-1 -1<x</span>
≤<span>
1
3. You can graph the inaquality given in the problem, as you can see in the figure attached.</span>
Hope this helps sorry my writing is messy
Simplify -5x + 12 - 7x to -12x + 12
-12x + 12 = -3(5x + 8)
Expand
-12x + 12 = -15x - 24
Add 15x to both sides
-12x + 12 + 15x = -24
Simplify 12x + 12 + 15x to 3x + 12
3x + 12 = -24
Subtract 12 from both sides
3x = -24 - 12
Simplify -24 - 12 to -36
3x = -36
Divide both sides by 3
x = -36/3
Simplify 36/3 to 12
<u>x = -12</u>
Answer:
Sample Space:
1. (real, white)
2. (real, silver)
3. (real, gold)
4. (real, purple)
5. (fake, white)
6. (fake, silver)
7. (fake, gold)
8. (fake, purple)
Step-by-step explanation:
Nour and Rana each created a display to represent the sample space of randomly picking a type of tree and a color for the ornaments.
Whose display correctly represents the sample space?
We are not given their sample space but still you can compare the sample space you have with this one to find out whether it is correct or not.
There are 2 different types of Christmas trees
1. Real
2. Fake
There are 4 different types of colors for the ornaments
1. white
2. silver
3. gold
4. purple
The sample space is the set of all the possible outcomes of an experiment.
Then all of the possible outcomes are:
1. (real, white)
2. (real, silver)
3. (real, gold)
4. (real, purple)
5. (fake, white)
6. (fake, silver)
7. (fake, gold)
8. (fake, purple)
Therefore, there are total 8 possible outcomes.
Note: If your sample space matches with this one then it is correct otherwise it is not correct.
