Examine the balanced chemical equation below: If 3 moles of chlorine react with excess amount of methane, how many moles of carbon tetrachloride will be produced?

Examine the two Bohr model atoms depicted below. Based on what you know of atomic structure, which of the following answers best describes these two atoms in relation to one another?

For all possible solutions at a given temperature, once the saturation point of a solvent for a given solute has been reached, there is never any way of dissolving more of that solute in that particular solvent.

Refer to the image below to answer the question. Each of the three samples depicted has a certain amount of a substance (green circles) to dissolve in some volume of liquid (blue liquid in beaker).  When the green circles dissolve in their respective volumes of blue liquid, which of the following answers will best describe the resulting concentrations of each sample with respect to one another?

What coefficients would you put in the blanks to balance the equation shown below?

Reflect on our BUSN489 class materials/activities. Then, briefly discuss the THREE most important takeaways you got from our class that will benefit you as a professional and/or as a person in the future.

The intensity of sunlight at Earth’s orbit is 1360 W/m2. What is the force exerted by sunlight on a 45 m2 solar sail, assuming all energy is reflected?

A conducting ring with a 0.02 m2 area is placed in a uniform magnetic field that increases at a rate of 3 T/s, inducing a current in the ring. What is the induced EMF?

A light ray enters glass from air at an angle of 30°. Which property doesn’t change?

Our body is capable of converting starch into glycogen.