Name the coefficients, the like terms, and constants.
8jk - 2 + 4kj - 3k - 9

Answers

Answer 1

Answer: 2jk- 11-3k, I think that’s the answer

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Look at the figure. If ∆LMC ≅ ∆BJK, then _____ ≅ ∆KB
A. BJ
B. CM
C. ML
D. CL

Answers

If ∆LMC ≅ ∆BJK, then ∆CL ≅ ∆KB. so the correct option is D.

What is the congruent triangle?

Two triangles are said to be congruent if the length of the sides is equal, a measure of the angles are equal and they can be superimposed.

We have been given that ∆LMC ≅ ∆BJK.

The image of the triangles are attached below;

The triangle are congruent to each other so,

∆LMC ≅ ∆BJK

∆LM ≅ ∆BJ

∆LC ≅ ∆BK

∆MC ≅ ∆JK

Thus, ∆LC ≅ ∆BK so the correct option is D.

Learn more about congruenttriangles;

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The answer to your question is D.CL

(help) Write an expression for the quotient of 371 and y .

Answers

Answer: 371 / y

Step-by-step explanation: 371 is the dividend and y is the divisor

Write a short paragraph composes at least 10 sentences
discussing factors affecting solubility

Answers

Answer:

Step-by-step explanation:

Solubility can be defined as the ability of a solute (could be solid, liquid or gas) to dissolve in a solvent in order to produce a solution. There are several factors affecting solubility which includes (basically four) temperature, polarity, surface area of solute particles and pressure of gases. Generally, an increase in temperature leads to an increase in the solubility of a solute in a solvent. This is because an increase in temperature will increase the average kinetic energy of molecules in the solution which leads to increase interaction between the solute and solvent particles. There is a general saying of "like dissolve like" when discussing polarity. For example, organic solvents are used to dissolve organic solutes (just as petrol is used to wash grease off hands and surfaces). Hence, when the solute and solvent have the same polarity, solubility occurs easily, otherwise solubility may be difficult or may not even occur. A reduced/smaller surface area of the solute leads to an increase in solubility as this makes it easy for the solute particles to interact easily with the solvent. In gases, an increase in pressure increases the interaction between the gaseous molecules of the solute and the solvent, thus leading to an increased solubility. Pressure does not affect solubility in solids and rarely in liquids.

The model represents an equation. What value of X makes the equation true?Answers are: -15
-3
15
3
Please help.

Answers

Answer:

D. 3

Step-by-step explanation:

Assuming the model represents an equation, the following can be deduced:

On the left side of the equation, the model shows we have 3 "x's", and 6 "1's". Let this represent:

3x + 6

On the right side of the equation, we have 2 "x's" and 9 "1's". Let this represent:

2x + 9.

The model would represent the equation below:

$3x + 6 = 2x + 9$

Solve for x

$3x + 6 - 2x = 2x + 9 - 2x$ (Subtracting 2x from both sides of the equation)

$x + 6 = 9$

$x + 6 - 6 = 9 - 6$ (subtracting 6 from both sides of the equation)

$x = 3$

If a sphere fits snugly inside a cube with 34-in edges. What’s is the approximate volume of the space between the sphere and cube

Answers

The volume of the space between the sphere and cube is equal to the volume of the sphere subtracted from the volume of the cube:

$V_{}=V_(cube)-V_(sphere)$

The volume of a cube is:

$V=s^3$

s is the length of each edge in the cube

The volume of a sphere is:

$V=(4)/(3)\pi\cdot r^3$

The diameter of the sphere is equal to the edge of the cube, then, its radiusr is:

$r=(s)/(2)$

Then, the volume of the space between the sphere and cube is:

$V=s^3-(4)/(3)\pi\cdot((s)/(2))^3$

s is 34 in

$\begin{gathered} V=(34in)^3-(4)/(3)\pi\cdot((34in)/(2))^3 \n \n V=39304in^3-(4)/(3)\pi\cdot(17in)^3 \n \n V=39304in^3-(4)/(3)\pi\cdot4913in^3 \n \n V=39304in^3-(19652\pi)/(3)in^3 \n \n V\approx18724.47in^3 \end{gathered}$ Then, the approximate volume of the space between the sphere and cube is 18724,47 cubic inches