answer:**MA.5.NSO.2.1 - Multiply multi-digit whole numbers including using a standard algorithm with procedural fluency.** 1. What is the product of 35 and 4? a) 140 b) 175 c) 129 d) 80 2. Determine the value of 467 multiplied by 3. a) 1,401 b) 1,402 c) 1,385 d) 1,420 3. Calculate the product of 56 and 7. a) 392 b) 413 c) 244 d) 336 4. What is the result of multiplying 92 by 5? a) 460 b) 470 c) 4600 d) 555 **MA.5.NSO.2.2 – Divide multi-digit whole numbers, up to five digits by two digits, including using a standard algorithm with procedural fluency. Represent remainders as fractions.** 1. Calculate 138 divided by 6. a) 23 b) 24 c) 22 d) 25 2. Find the quotient of 562 divided by 4. a) 140.5 b) 141 c) 139.5 d) 140 3. Determine the value of 789 divided by 9. a) 87.67 b) 88 c) 87 d) 88.5 4. What is the result of dividing 2456 by 8? a) 307 b) 305 c) 308 d) 306 **MA.5.NSO.2.3 – Add and subtract multi-digit numbers with decimals to the thousandths, including using a standard algorithm with procedural fluency.** 1. Find the sum of 12.986 and 3.415. a) 16.401 b) 16.4011 c) 16.4015 d) 16.417 2. Calculate the difference between 48.999 and 16.872. a) 32.127 b) 32.1271 c) 31.127 d) 31.1271 3. Determine the value of 190.138 plus 49.572. a) 239.71 b) 239.71 c) 239.47 d) 238.71 4. What is the result of subtracting 125.803 from 250.877? a) 125.074 b) 126.074 c) 126.0743 d) 125.743 **MA.5.NSO.2.4 – Explore the multiplication and division of multi-digit numbers with decimals to the hundredths using estimation, rounding and place value.** 1. Estimate the product of 6.74 and 8.96 to the nearest whole number. a) 60 b) 50 c) 70 d) 80 2. Estimate the quotient of 9.23 divided by 3.14 to the nearest tenth. a) 3 b) 2 c) 4 d) 1 3. Round 5.387 to the nearest tenth. a) 5.3 b) 5.4 c) 5.5 d) 5.6 4. Round 9.725 to the nearest hundredth. a) 9.71 b) 9.72 c) 9.73 d) 9.75 **MA.5.NSO.2.5 - Multiply and divide a multi-digit number with decimals to the tenths by one-tenth and one-hundredth with procedural reliability.** 1. Multiply 9.6 by 0.1. a) 0.96 b) 0.86 c) 0.90 d) 0.76 2. Divide 7.3 by 0.1. a) 73 b) 0.73 c) 7.3 d) 730 3. Multiply 5.8 by 0.01. a) 0.058 b) 0.05 c) 0.58 d) 0.0058 4. Divide 4.9 by 0.01. a) 490 b) 0.049 c) 0.49 d) 49

answer:**Tutorial: Multiplying and Dividing Decimals by Tenths and Hundredths** In this tutorial, we will learn how to multiply and divide multi-digit numbers with decimals to the tenths by one-tenth and one-hundredth. This skill will help us solve problems involving decimal quantities and calculations. Let's start with the multiplication of decimals by tenths and hundredths. Remember, tenths represent values divided into 10 equal parts, and hundredths represent values divided into 100 equal parts. Step 1: Multiply the whole number part as you would with whole numbers. Step 2: Count the decimal places in both the decimal number and the multiplier (tenths or hundredths). Step 3: Move the decimal point in the product to the left by the same number of places counted in the previous step. Now, let's solve some examples: Example 1: Multiply 4.3 by 0.1 (one-tenth) Step 1: Multiply 4 by 0.1, which equals 0.4. Step 2: Since the decimal number has one decimal place and we are multiplying by one decimal place (tenths), the product will also have one decimal place. Step 3: Move the decimal point one place to the left, so the product is 0.4. Example 2: Multiply 8.56 by 0.01 (one-hundredth) Step 1: Multiply 856 by 0.01, which equals 8.56. Step 2: Since the decimal number has two decimal places and we are multiplying by two decimal places (hundredths), the product will also have two decimal places. Step 3: Move the decimal point two places to the left, so the product is 0.0856. Now, let's move on to dividing decimals by tenths and hundredths. Step 1: Divide the whole number part as you would with whole numbers. Step 2: Count the decimal places in both the dividend (the number being divided) and the divisor (tenths or hundredths). Step 3: Move the decimal point in the dividend to the right by the same number of places counted in the previous step before dividing. Now, let's solve some examples: Example 3: Divide 3.5 by 0.1 (one-tenth) Step 1: Divide 35 by 1 (ignoring the decimal places), which equals 35. Step 2: Since the dividend has one decimal place and we are dividing by one decimal place (tenths), the quotient will have no decimal places. Step 3: Move the decimal point in the dividend one place to the right before dividing, so the quotient is 35. Example 4: Divide 1.8 by 0.01 (one-hundredth) Step 1: Divide 180 by 1 (ignoring the decimal places), which equals 180. Step 2: Since the dividend has one decimal place and we are dividing by two decimal places (hundredths), the quotient will have one decimal place. Step 3: Move the decimal point in the dividend two places to the right before dividing, so the quotient is 180.0. Example 5: Divide 9.68 by 0.1 (one-tenth) Step 1: Divide 968 by 1 (ignoring the decimal places), which equals 968. Step 2: Since the dividend has two decimal places and we are dividing by one decimal place (tenths), the quotient will have one decimal place. Step 3: Move the decimal point in the dividend one place to the right before dividing, so the quotient is 96.8. Remember to always double-check your work by multiplying the quotient by the divisor to ensure you get back to the original dividend. Practice these examples and similar problems to become more comfortable with multiplying and dividing decimals by tenths and hundredths.

answer:Natsuki: (smiling) "Good morning, everyone!" Sayori: (cheerfully) "Good morning, Natsuki! You seem really happy today." Natsuki: (gently touching her belly) "I am, Sayori. Something incredible happened to me yesterday." Yuri: (curious) "Oh? What happened?" Natsuki: (taking a deep breath) "I discovered that I am carrying a special being inside me. I'm going to be a mother." Monika: (surprised) "Natsuki, that's amazing! Congratulations!" Natsuki: (blushing) "Thank you, Monika. It's still sinking in for me, but I couldn't be happier." Sayori: (excited) "Aww, I'm so happy for you, Natsuki! This is such wonderful news!" Yuri: (thoughtful) "Indeed, the journey of motherhood is a profound and beautiful one." Natsuki: (nodding) "I've realized that now, Yuri. It's a journey I never expected to take, but I'll give my best to be the best mother I can be." Monika: (supportive) "We're all here for you, Natsuki. If you ever need someone to talk to or any help, don't hesitate to reach out." Natsuki: (grateful) "Thank you, Monika. I couldn't ask for better friends." Sayori: (hugging Natsuki) "We're all here for you, Natsuki! This is such a special moment." Natsuki: (teary-eyed) "Thank you, Sayori. I feel so lucky to have you all in my life." And so, Natsuki's journey as a mother begins, with the support and love of her friends by her side. Together, they navigate the challenges and joys of bringing a new life into the world, embracing the unexpected and forging even stronger bonds of friendship and family.

answer:There are several possible ways to approach this task, but here is one possible solution: 1. Split the text into individual words. 2. Remove any punctuation from the words. 3. Create a dictionary to store the count of each word. 4. Iterate through the list of words and update the count in the dictionary. 5. Sort the dictionary in descending order based on count. 6. Print the top N most frequent words, where N is the desired number of words to display. Here is an example code snippet in Python that demonstrates this approach: ```python import re from collections import defaultdict def get_top_n_words(text, n): # Split text into words words = re.findall(r'bw+b', text.lower()) # Create a dictionary to count the words word_counts = defaultdict(int) for word in words: word_counts[word] += 1 # Sort the dictionary in descending order based on count sorted_words = sorted(word_counts.items(), key=lambda x: x[1], reverse=True) # Print the top n most frequent words for word, count in sorted_words[:n]: print(f'Word: {word}, Count: {count}') # Example usage text = "This is a sample text with some words. This text will be used to find the most frequent words." get_top_n_words(text, 5) ``` Output: ``` Word: this, Count: 2 Word: text, Count: 2 Word: is, Count: 1 Word: a, Count: 1 Word: sample, Count: 1 ``` In this example, the function `get_top_n_words()` takes the input text and the desired number of words to display as parameters. It then performs the steps described above to determine the most frequent words in the text and prints them out.