How do you find the value of x 33 and 29

Answers

Answer 1
Answer: Hm. So if the problem is x+33=29, x+33−33=29−33 x=4

Related Questions

John drew the line of best fit on the scatter plot shown.What is the equation of this line of best fit in slope-intercept form?A. y=2x + 6/5B. y= 5/6x +2C. y=2x + 5D. y=6/5x + 2
7 divided by 982 long division
What is (3x+8) + (6x+2) in simplest form
1.A farmer has 4000 metres of fencing, he wants to enclose a rectangular field that borders on a river. If the farmer doesn't fence the side along theriver, what is the largest area he can inclose? The area of the garden is give by: A(x)=4000x-2x^2 (^2=squared) 2. A texas based company called hamilton's wares sells baseball bats at a fixed price, c. A field researcher has calculated that the profit the company makes selling the bats a price c can be represented by the following equation: p(c)=1/5c^3-51/2c^2+110c What price should they sell their bats at to make the most money. Please show full working out for both questions, ^3 means to the power of 3.
Question 2 Multiple Choice Worth 1 points)(01.03 MC)Laci and Leon are saving money to go to an amusement park. Laci has $1 more than 4 times the amount of money Leon has. Together, they have $76 Write anequation to determine how much money they have together

Ed bought a bottle of fancy mustard that holds 8.5 ounces .ed puts about 1/25 of mustard on each hot dog he eats.how much of the mustard is left in the Boyle after he eats 7 hot dogs.

Answers

I don't know if you found the answer for this since it's been 5 hours since you posted this but I hope this helps.So to figure out the amount of mustard on each hot dog you would divide 8.5 ounces by 25. So... 8.5/25 is .34. So he puts .34 ounces of mustard on each dog. So if he eats 7 hot dogs he uses 2.38 ounces of mustard. (7 x .34). Then you just subtract that amount from 8.5, so 8.5 - 2.38 = 6.12. So there is 6.2 ounces of mustard left after he eats 7 hot dogs. Again I hope this helps since it's been so long since the question was asked :) (he also has enough mustard left in the bottle to eat 18 more hot dogs with the same amount of mustard on them)

20,I am not sure how to do it

Answers

Given:
f(x) = x^4 - x

g(x) = x^4 (even)
h(x) = -x (odd)

f(x) as a sum of an even function and an odd function

f(x) = g(x) + h(x)

s(x) = 1 / (x^4 - x)

s(x) as a sum of an even function and an odd function

s(x) = 1 / [g(x) + h(x)]

What does it mean by this, Write an expression for: Seven hundred and two more

Answers

this means you ave to do an equation but without a equal sign. So this is going to be 700+2.
                      ~JZ 

Plz help us out we really need this

Answers

Answer:

Um sry but what type of teacher tells there kid to do work on break doing freaking imagine math like Boy!lol

Step-by-step explanation:

I The work is very hard because a plus B equals C squared -3 5×5 = 3476.84

4 times what equals 36

Answers

4 x 9 = 36. Plug it back in to see if it is true: 36 / 9 = 4.

Answer:

9

Step-by-step explanation:

Use a fact family.

36 divided by 4 is 9.

9 times 4 is 36 as well.

Please help! Triangle ABC is translated by the rule (x + 1, y + 1) and then dilated by a scale factor of 2 centered at the origin. Which statement describes the properties of triangles ABC and A''B''C'' after the transformations?A) ∠C and ∠C'' are congruent after both the translation and the dilation.
B) ∠C and ∠C'' are congruent after the dilation, but not after the translation.
C) segment AC and segment A double prime C double prime are congruent after both the translation and the dilation.
D) segment AC and segment A double prime C double prime are congruent after the dilation, but not after the translation.

Answers

Answer:

A

Step-by-step explanation:

1) Translated figures are congruent ones, so \bigtriangleup ABC\cong \bigtriangleup A'B'C', one unit to the right and one up in comparison to \bigtriangleup ABC\cong \bigtriangleup ABC.

2)Since \bigtriangleup A''B''C''  was dilated with a scale factor of two then It's a similar figure to  \bigtriangleup ABC. Similar figures have congruent angles and different sizes.

Hence, ∠C≅∠C"