Answer:
CCUCAAUGUCAAUCAU or you could try CCTCAACGTCAATCAT i could be wrong so sorry im not the best
I think the correct answer would be the first option. As the hiker reaches the top of the mountain, the plastic bag would, most likely, expand. Before starting, the plastic bag would have a certain amount of gas particles inside. As the you hike, the pressure would decrease causing for the gas molecules to reestablish equilibrium thus pushing the bag outwards. In other words, expanding the bag. Also, base from the ideal gas equation, PV = nRT, at constant temperature and number of moles, pressure and volume are inversely related. Thus, as the pressure decreases, the volume of the system would increase accordingly.
6.02 x 10^23 moles of representative particles
Answer: if you think about a tree the older rings would be in the middle, so you’d find objects with older age below/under/inside
Answer:
ICE Table Figure
a. 67.37 g 
b. 35.62 g 
c. 58.61 g
Explanation:
For the <u>ICE table </u>we have to keep in mind that we have 4 moles of and 1 mol of 
and the reactives are consumed, so for we will have -4X and for we will have -X. Follow the same logic we will have -4X for .
a. <u>Mass of the product</u>
Molar mass of = 256.52 g/mol
Molar mass of =70.9 g/mol
Molar mass of =135.03 g/mol
We have to find the limiting reagent in the reaction:
Divide by the coefficients in the balanced reaction:
The limiting reagent would be
Now is posible to calculate the amount of produced:
b. <u>Mass in excess</u>
C. <u>87%Yield</u>
