(A) polished<|im_end|>

✅

(B) revisit a commonly-held assumption<|im_end|>

✅

gave Sofie one of her extra swimsuits to wear.<|im_end|>

Ben placed his hat on the chessboard as a makeshift pawn, and they began to play.<|im_end|>

Jane read a text message that said they were stranded with no cell service.<|im_end|>

In the building, they discovered a storage room filled with equipment, including several volleyball balls.<|im_end|>

✅

C<|im_end|>

✅

C) shifting responsibility for the costs of recycling<|im_end|>

✅

A) It is very old<|im_end|>

✅

B) Short and dark with a big mustache and big hands<|im_end|>

Since the first statement says that all employees of Duluth Paper received a bonus this year, and the second statement says Andrés did not receive a bonus this year, we can deduce that:

C) Andrés was not an employee of Duluth Paper this year<|im_end|>

✅

B) Juxtapose two peoples' sentiments<|im_end|>

The statement "All of Lisa's sisters can bake" tells us that all the people who are Lisa's sisters have the ability to bake.

Let's analyze each option:
(A) If Jane cannot bake, then she is not Lisa's sister - This could be true since if someone doesn't meet the condition of being able to bake (which applies to all Lisa's sisters), they might not actually be a sibling of Lisa.
(B) If Sarah can bake, then she is not Lisa's sister - This is false because it contradicts the given statement. According to what we know about Lisa's sisters, if someone can bake, they are likely one of her sisters.
(C) If Mary can bake, then she is Lisa's sister - This option also contradicts the information provided. If Mary can bake and all of Lisa's sisters can bake, it doesn't necessarily mean that Mary must be Lisa's sister.
(D) If Emma is not Lisa's sister, then she cannot bake - This statement is not supported by the given condition. Just because someone isn't Lisa's sister doesn't guarantee they lack baking skills.
(E) None of these - There seems to be no correct option based on the information provided.

Therefore, I conclude that (A) If Jane cannot bake, then she is not Lisa's sister is the most likely true statement among the given options.<|im_end|>

B<|im_end|>

▲. Max borrows his mom's camera to take photos of his school science project.
◆. Max accidentally deletes all the photos his mom took on their vacation last month.
★. Max downloads a new software program to try and recover the photos.<|im_end|>

▲. Asim bought a ring with something special in mind.
★. Asim proposed to Meriem during a romantic dinner.
●. Asim and Meriem had a beautiful ceremony surrounded by friends and family.
◆. The newlyweds arrived at the airport to start their honeymoon.<|im_end|>

▲. Retrieve the password and check that it matches the 'Current Password' input by the user
★. User inputs 'Current Password' and 'New Password'
●. If the check is unsuccessful, print "Unauthorized – try again" and do not complete any more steps
◆. Store the "New Password" as the password and notify the user "Password successfully set"; do not complete any more steps<|im_end|>

To find the number of integers greater than 99 and less than 200 with exactly one duplicate digit, we can break it down into cases based on the digits that are duplicated.

Case 1: The digit in the hundreds place is duplicated (i.e., there are two digits in the hundreds place and one unique digit).
- Possible values for the digit in the hundreds place: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9
- Total combinations for the hundreds place: 10 (one unique digit + one duplicated digit)
- The remaining digits can be filled with any of the remaining eight digits.
- Therefore, there are 8 possible values for each combination in the tens and ones places.
- So, the total number of integers in this case is 10 * 8 = 80.

Case 2: The digit in the tens place is duplicated (i.e., there are two digits in the tens place and one unique digit).
- Possible values for the digit in the tens place: 9, since it cannot be more than 1 less than the hundreds digit due to the condition of being greater than 99 and less than 200.
- Total combinations for the tens place: 2 (one unique digit + one duplicated digit)
- The remaining digits can be filled with any of the remaining eight digits, except those that are equal to or less than the hundreds digit. This leaves us with only six possible values for the ones place.
- So, there are 6 possible values for each combination in the ones and hundreds places.
- Therefore, there are 2 * 6 = 12 integers in this case.

Total number of integers with exactly one duplicate digit:
80 (Case 1) + 12 (Case 2) = 92<|im_end|>

Let's denote the width of the garden as w and its length as l. Since the length is four times its width, we can write:

l = 4w

The formula for calculating the perimeter of a rectangle is given by:

Perimeter = 2(Length + Width)

We are given that the perimeter of the garden is 60 feet. So, we have:

60 = 2(4w + w)

Now, let's simplify and solve for w:

60 = 2(5w)
60 = 10w
w = 60 / 10
w = 6 feet

Therefore, the width of the garden is 6 feet.<|im_end|>

✅

D) the arrangement of her hair<|im_end|>

The son, who is not in Denmark, neither has the gold doubloon nor the silver watch.
The mother has the silver watch but isn't in Mexico.
The family member in Egypt has the family tree.
The person in Britain has the broken sword.
The grandmother has the gold doubloon and is either in Denmark or Canada.
If the daughter has the oceanic map, she could be located in Mexico, as the mother doesn't have the silver watch there.
Therefore, the correct answer is: Mexico<|im_end|>

The Grandmother is in Denmark. Therefore, we can use the information provided to deduce the rest of their locations and which items they have.

1. The person in Britain has the broken sword. (Father)
2. The son, who is not in Denmark, neither has the gold doubloon nor the silver watch. (Son: Mexico)
3. The family member in Egypt has the family tree. (Daughter)
4. The mother has the silver watch but isn't in Mexico. (Mother: Canada)
5. The grandmother has the gold doubloon and is either in Denmark or Canada.

Since we know that the Grandmother is in Denmark, the Mother must be in Canada.<|im_end|>

★. Lucky the rabbit's owner, Vidya, schedules a minor surgery for him due to the growth of a benign tumor.
◆. Dr. Hahn washes his hands thoroughly in preparation for the surgery.
●. Lucky is put under anesthesia, and Dr. Hahn starts the procedure.
▲. The veterinary assistant calls Lucky's owner to inform her that the surgery was successful.<|im_end|>

Let's analyze the given information:

1. The 7th student wrote 20 verses.
2. Each student is supposed to write n verses plus twice as many verses as their class rank.

Now, let's set up an equation for the number of verses written by a student based on their rank and solve for n:

The 7th student (rank 6) wrote 20 verses. Let's represent this in terms of n:

Verses_written = n + 2 * (class_rank - 1)

For the 7th student, class rank is 6 and Verses_written is 20:

20 = n + 2 * (6 - 1)
20 = n + 2 * 5
20 = n + 10
10 = n

So the value of n is 10.<|im_end|>

Analysis:
To find the value of 4◘3, we need to substitute x = 4 and y = 3 into the given operation formula.

Solution:
Let x = 4 and y = 3. Then, according to the formula, 4◘3 is equal to:

2(4) - 3(3) + 1 = 8 - 9 + 1 = -1.

Therefore, the value of 4◘3 is -1.<|im_end|>

To find the time it takes for John to reach the park, we can use the formula:

Time = Distance / Speed

In this case, the distance is 60 miles and the speed is 30 mph. So, we can calculate the time as follows:

Time = 60 miles / 30 mph
     = 2 hours

Therefore, it will take John 2 hours to reach the park from his home.<|im_end|>

D) closeness with which one person studies another<|im_end|>