When I triple my number and add five I get 26 what is my number

Answers

Answer 1
Answer: Let the number be X
3x+5=26
3x= 26-5
3x=21
x=7
The number is 7

Proof if it is required on your test:
3x+5=26
3(7)+5= 26
21+5=26
26=26

(Hope this helps!)
Answer 2
Answer: My numbe is 7 because...

3x + 5 = 26
- 5 = 21
3x = 21
Divide 3x by 3 then 21 by 3
That leaves with 1x = 7

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Erine wrote 5 checks for $35 each. what was the change in her checking account balance after writing these checks?

Answers

She had lost $175 from her bank account
You will find the answer when you times 5 by 35, as that is the change made to her checking account

An artist is designing a kite like the one show below. Calculate the area to determine how much material she will need to create the kite. A) 38 square inches
B) 66.5 square inches
C) 114 square inches
D) 180.5 square inches

Answers

180.5 is the answer to the problem

Answer:

if u add it together u get 180.5 square inches

hope this helps u guys

Step-by-step explanation:

Graph the following pair of quadratic functions and describe any similarities/differences observed in the graphs.f(x)= 5x²-3.
g(x)= 5x²+3

Answers

Answer:

see the explanation

The graph in the attached figure

Step-by-step explanation:

we have

Function f(x)

f(x)=5x^(2)-3 ----> equation A

This is a vertical parabola open upward (because the leading coefficient is positive)

The vertex is a minimum

The vertex is the point (0,-3)

The y-intercept is the point (0,-3) [value of y when the value of x is equal to zero]

The x-intercepts are the points

(-\sqrt{(3)/(5)},0) and  (\sqrt{(3)/(5)},0)

Function g(x)

g(x)=5x^(2)+3 ----> equation B

This is a vertical parabola open upward (because the leading coefficient is positive)

The vertex is a minimum

The vertex is the point (0,3)

The y-intercept is the point (0,3) [value of y when the value of x is equal to zero]

The function don't have x-intercepts (the roots are complex numbers)

We can say that the function g(x)  is the translation of the function f(x) 6 units up

using a graphing tool

The graph in the attached figure

The graphs of these quadratic functions are similar in shape, with the main differences being vertical shifts and y-intercepts. The graph of g(x)=5x^2 +3 is obtained by shifting the graph of f(x)=5x^2 −3 upward by 6 units.

The graphs of the quadratic functions f(x)=5x^2 −3 and g(x)=5x^2 +3

Both functions are quadratic, which means they have a graph in the shape of a parabola. The coefficient of the x^2  term in both functions is 5, indicating that the parabolas open upwards.

Now, let's analyze the differences:

Vertical Shift:

For f(x)=5x^2 −3, there is a vertical shift downward by 3 units due to the constant term -3.

For g(x)=5x^2 +3, there is a vertical shift upward by 3 units due to the constant term +3.

Y-Intercept:

The y-intercept of f(x) occurs when x=0, and f(0)=−3, so the y-intercept is (0, -3).

The y-intercept of g(x) occurs when x=0, and g(0)=3, so the y-intercept is (0, 3).

Overall Shape:

Both graphs have the same overall shape since the coefficient of the

x^2  term is the same in both functions.

Symmetry:

The parabolas are symmetric with respect to the y-axis, as changing

x to −x in the quadratic term does not affect the overall value of the function.

The original price is $60, the retail price is $84. find the percent of decrease?

Answers

Answer:

60*100 divide 84

Step-by-step explanation

Jason has two bags with 6 tiles each. The tiles in each bag are shown below:1 2 3 4 5 6

Without looking, Jason draws a tile from the first bag and then a tile from the second bag. What is the probability of Jason drawing the tile numbered 5 from the first bag and an odd tile from the second bag?

Answers

The probability of drawing a tile numbered 5 from the first bag and an odd tile from the second bag is ¹/₁₂

Given;

numbers of tiles in each bag, 1, 2, 3, 4, 5, 6

To find:

the probability of drawing a tile numbered 5 from the first bag and;

an odd tile from the second bag

The first draw: there is only one tile numbered 5

The \ probability = (1)/(6)

The second draw: there are 3 odd numbers (1, 3, 5)

The \ probability = (3)/(6) = (1)/(2)

The combined probabilities:

The \ probability = (1)/(6) * (1)/(2) = (1)/(12)

Therefore, the probability of drawing a tile numbered 5 from the first bag and an odd tile from the second bag is ¹/₁₂

To learn more about probability, please visit: brainly.com/question/24141156

To answer this question, you can use basic probability: The chance of getting tile number 5 from the first bag is 1/6 as it is for all other tiles in the same bag. The chance of getting an odd tile from the second bag is 3/6 as it is for getting an even tile. By multiplying the two, we get a total probability of 1/12.

PLEASE HELP ME IT TAKES SOO LONG TO ANSWER!!!!!!!!!!!!!!!!!!!!1

Answers

Your answer is -4 Hope I helped :D