how do i use autofill to fill the range A9:H11 with the formatting from the range A7:H8

Answer:

Ned was leveraging on the fact that they will be a few miles off the coast of Spain; as a result the circumstances they were expecting to engineer their escape was at hand.

The plan was that their escape process will take place at the time Captain Nemo is locked in his room and in bed. Also, the mechanics or crewmen will not be able to sight them at the time of their escape.

Ned and Conseil will be at the central companionway while Professor Aronnax will stay in the library two steps away until he receives a signal from Ned. Ned has in his possession a monkey wrench which he will use to unscrew the nuts bolting the skiff to the Nautilus's hull.

On a favorable circumstance, they expected to land on solid ground between ten and eleven in the evening or they will be dead.

Answer:

Ned's plan once the Nautilus had entered the Mediterranean was to use the life boat to escape.

His plan was that they would escape when the Captain was in bed.

Ned was to be at the central companionway with Conseil while he told Aronnax to wait in the library until he receives a signal from Ned.

Ned had taken a monkey wrench with which he was going to unscrew the nuts bolting the life boat, which he knew how to operate, to the Nautilus. The action was meant to propel them to reach the surface of the water fast without alerting anyone

Explanation:

In Twenty Thousand Leagues Under the Sea Ned explained how they were to escape from the submarine in the lines:

"In that case, I should seek to make myself master of the pinnace. I know how it is worked. We must get inside, and the bolts once drawn, we shall come to the surface of the water, without even the pilot, who is in the bows, perceiving our flight."

However his plan to escape the Nautilus while in the Mediterranean was made impossible, as it went entirely too fast the entire time it was there.

Answer:

The answer is D

Step-by-step explanation:

I know because I take pre- algebra.

Find attachments for complete solution

The enthalpy change ΔHrxn of the given reaction is 295 kJ/mol

Consider the hypothetical reaction whereby hydroxyl radical reacts with Chlorofluorocarbon. The balanced chemical equation can be expressed as:

\mathbf{OH_{(g)}+ CF_2Cl_{2(g)} \to HOF_{(g)} + CFCl_{2(g)} }

In the above chemical equation, the chemical species participating in the reaction are:

• O-H, C-F, C-Cl, and O-F

The bond energies of these chemical species are:

• O-H bond = 458.9 kJ/mol
• C-F bond = 485 kJ/mol
• C-Cl bond = 385 kJ/mol
• O-F bond = 190 kJ/mol

The ΔHrxn is the enthalpy change of the reaction and it can be expressed by using the formula:

\mathbf{\Delta H_{rxn} = \sum \ B.E (reactants) - \sum \ B.E (products)}

∴

\mathbf{\Delta H_{rxn} =\Big ( B.E (O-H) + 2B.E(C-F) +2B.E(C-Cl) \Big) - \Big( B.E (O-H) + B.E(O-F) } \\ \\ \mathbf{\ \ \ \ \ \ \ \ \ \ \ \ \ \ +B.E( C-F )+2B.E(C-Cl) \Big)}

By replacing the bond energies into the above expression, we have:

\mathbf{\Delta H_{rxn} =\Big ( 458.9 \ kJ/mol + 2(485 \ kJ/mol) +2(385 \ kJ/mol) \Big)} \\ \\ \mathbf{ - \Big( 458.9 \ kJ/mol + 190 \ kJ/mol +485 \ kJ/mol +2(385 \ kJ/mol)\Big)}

\mathbf{\Delta H_{rxn} =\Big ( 2198.9 \ kJ/mol \Big) - \Big( 1903.9\ kJ/mol\Big)}}

\mathbf{\Delta H_{rxn} =295 \ kJ/mol}

Therefore, provided that the enthalpy change is positive, it implies that the reaction is improbable and non-favorable.

Answer:

Octagonal pyramid

Step-by-step explanation:

Hexagonal Prism: 8 faces

2 hexagon bases, and 6 faces that connect each side of the bases

Octagonal pyramid: 9 faces

One octagon base, and 8 faces that meet at a point- all extending from each side of the base

Rectangular prism: 6 faces

Two rectangle bases, and 4 faces connecting each side of the bases

Pentagonal pyramid: 6 faces

One pentagon base, and 5 faces that meet at a point- all extending from each side of the base

I recommend searching for a picture of each of the figures to help you understand this.

Answer:

Octagonal pyramid

Step-by-step explanation:

RIGHT ON EDGE