What time what equals 50

Answers

Answer 1
Answer: 50 × 1
1 × 50
25 × 2
2 × 25
10 × 5
5 × 20
Answer 2
Answer: 1 times 50 equals 50

2 times 25 equals 50

5 times 10 equals 50

10 times 5 equals 50

25 times 2 equals 50

50 times 1 equals 50

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Two sides of an obtuse triangle measure 10 inches and 15 inches. The length of longest side is unknown. What is the smallest possible whole-number length of the unknown side?

I am an array made with 40 tiles I have an odd number of rows and an even number of tiles in each of my rows the number of my rows plus the number of tiles in each of my rows equals 13 how many rows do I have .

Answers

There are 5 row and 8 tiles in each row calculated using two equation.

What are System of equation?

Simultaneous equations, system of equations Two or more equations in algebra must be solved jointly (i.e., the solution must satisfy all the equations in the system). The number of equations must match the number of unknowns for a system to have a singular solution.

There are four methods to solving systems of equations: graphing, substitution, elimination and matrices.

Given I am an array made with 40 tiles I have an odd number of rows and an even number of tiles in each of my rows the number of my rows plus the number of tiles in each of my rows equals 13

Let "r" be the number of row and "t" be the number of tiles in each row.

Since, array has total 40 tiles

Thus,

r * t = 40

Also given

r +t = 13

From comparing these equation

r = 5 or 8

Since row is odd given

thus, r = 5

and t = 8

therefore, Two equations are used to determine the five rows and eight tiles in each row.

Learn more about System of equation here:

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8 by 5. The odd number of rows is 5 rows and the even number of tiles is 8

Find the distance between (–3, –3) and (6, 12). Round the answer to the nearest hundredth, if necessary.

Answers

A=(x_A;y_A)\ \ \ and\ \ \ B=(x_B;y_B)\n\n \Rightarrow\ \ \ |AB|= √((x_A-x_B)^2+(y_A-y_B)^2) \n----------------------\n\nA=(-3;-3);\ \ \ B=(6;12)\n\n|AB|= √((-3-6)^2+(-3-12)^2) =\n\n.\ \ \ \ \ \ = √(81+225) = √(306) =3 √(34) \approx17.49
(-3, -3), \ \ (6, 12)\n \ndistance \ formula : \n \nd =\sqrt{(x_(2)-x_(1))^2 +(y_(2)-y_(1))^2} \n \nd =√((6-(-3))^2 +(12-(-3) )^2) =√((6+3)^2 +(12+3 )^2) =√(9^2+15^2)=\n \n=√(81+225)=√(306)=√(9\cdot 34)=3√(34)=3\cdot 5.83= 17.49


If a polynomial function f(x) has roots –8, 1, and 6i, what must also be a root of f(x)?

Answers

The polynomial given is in fourth degree with four roots. If one of the given roots is an imaginary number, in this case 6i, the missing root is its conjugate. Thus, the last unknown root of the polynomial is -6i.

Answer:

Its b on edge

Step-by-step explanation:

just took te test

What percent of 80 is 56 ( how do i show my work for this)

Answers

Simple......................... :D

It's asking...

What percent of 80 is 56? 
----------->>>

----->>>

x*80=56

80x=56

x=(56)/(80)

=0.7

Change into a percent...(Move decimal to the right 2 places...)

=70%

Thus, your answer.

Hi there! P%=Y/X. P%=56/80. P=0.7. P%=0.7*100=70%. Therefore. 70% of 80 is 56.

Does the following system have a unique solution? Why?

3x+2y= 9
14x + 10y = 14

Answers

Yes, the determinant of the coefficient matrix is 2.

A kite string is attached to a peg in the ground. If 100 meters of kite string are played out on the kite and the string makes an angle of 49° with the ground, what is the distance, in meters, from the kite to the ground? (Assume that the string is taut and the ground is level.)A. 133
B. 115
C. 75
D. 66
E. 52

Answers

The answer would be C) 75 meters between the kite and ground.