answer:To solve the problem, we need to calculate the total number of hours the critic spent on film-related activities. We'll break down the time spent on each activity and sum them up.1. Time spent watching films: - The critic reviewed 12 Bollywood films. - They spent 2 hours watching each film. - Therefore, the total time spent watching films is: [ 12 , text{films} times 2 , text{hours/film} = 24 , text{hours} ]2. Time spent writing reviews: - The critic spent 1 hour writing the review for each film. - Therefore, the total time spent writing reviews is: [ 12 , text{films} times 1 , text{hour/film} = 12 , text{hours} ]3. Time spent writing the article about the feud: - The critic spent 3 hours writing an article about their feud with "Filmfare" magazine. - Therefore, the time spent on this article is: [ 3 , text{hours} ]4. Total time spent on film-related activities: - We add up all the hours spent on watching films, writing reviews, and writing the article: [ 24 , text{hours} + 12 , text{hours} + 3 , text{hours} = 39 , text{hours} ]The total number of hours the critic spent on film-related activities over the past month is 39 hours.# 39

answer:To solve the problem, we need to calculate the total number of pages Jia Min will write for the entire play, considering the structure she has planned.1. Identify the number of acts per day: - Each day is divided into three acts: morning, afternoon, and evening.2. Determine the number of pages per act: - Jia Min plans to write 5 pages for each act.3. Calculate the total number of pages per day: - Since there are 3 acts per day and each act is 5 pages, the total number of pages per day is: [ text{Pages per day} = 3 text{ acts/day} times 5 text{ pages/act} = 15 text{ pages/day} ]4. Calculate the total number of days in the play: - Jia Min plans to cover 7 days in the play.5. Calculate the total number of pages for the entire play: - Multiply the number of pages per day by the total number of days: [ text{Total pages} = 15 text{ pages/day} times 7 text{ days} = 105 text{ pages} ]Thus, the total number of pages Jia Min will need to write for the entire play is 105.# 105

answer:To solve this problem, we need to calculate the total number of trees planted over the 4 weeks by both Sarah and her church group.Step 1: Calculate the number of trees Sarah plants on Saturdays.Sarah plants 5 trees every Saturday. There are 4 Saturdays in the 4-week period.[text{Trees planted by Sarah on Saturdays} = 5 text{ trees/week} times 4 text{ weeks} = 20 text{ trees}]Step 2: Calculate the number of trees the church group plants on Sundays.The church group plants 3 trees every Sunday. There are 4 Sundays in the 4-week period.[text{Trees planted by the church group on Sundays} = 3 text{ trees/week} times 4 text{ weeks} = 12 text{ trees}]Step 3: Calculate the total number of trees planted by both Sarah and the church group.Add the number of trees planted by Sarah and the number of trees planted by the church group:[text{Total number of trees planted} = 20 text{ trees} + 12 text{ trees} = 32 text{ trees}]# 32

answer:To solve the problem, we need to determine how many games the team won this season. Let's break down the problem step-by-step:1. Determine the number of games won last season: - The team won 75% of their games last season. - They played 40 games. [ text{Games won last season} = 75% times 40 = 0.75 times 40 = 30 ] So, the team won 30 games last season.2. Identify the increase in the number of games won this season: - This season, the team won 5 more games than last season. [ text{Games won this season} = 30 + 5 = 35 ]Therefore, the team won 35 games this season.# 35

answer:To determine how many tasks Ms. Green would be able to complete in a week if she increased her efficiency by 10%, we can follow these steps:1. Identify Current Tasks Completed: Ms. Green currently completes 35 tasks per week.2. Calculate 10% Increase: A 10% increase in the number of tasks can be calculated by multiplying the current number of tasks by 10% (or 0.10). [ text{Increase in tasks} = 35 times 0.10 = 3.5 ]3. Calculate the New Total of Tasks: Add the increase in tasks to the original number of tasks to find the new total. [ text{New total tasks} = 35 + 3.5 = 38.5 ]Since tasks must be completed in whole numbers, we would need to consider whether to round this number. However, the problem does not specify how to handle fractional tasks, but typically in such contexts, it is reasonable to discuss whole tasks. Thus, if rounding is needed, Ms. Green would be completing either 38 or 39 tasks depending on the rounding convention used. However, since we're looking at a scenario of improvement, it's often rounded up.Therefore, if Ms. Green increases her efficiency by 10%, she would be able to complete approximately 39 tasks in a week.# 39

answer:To solve the problem, we need to follow these steps:1. Calculate the total number of times Alex hit the ball in all 5 matches. We are given the number of hits in each match: - First match: 90 times - Second match: 110 times - Third match: 85 times - Fourth match: 95 times - Fifth match: 120 times To find the total number of hits, we sum these numbers: [ 90 + 110 + 85 + 95 + 120 = 500 ]2. Calculate the total distance the ball traveled in all 5 matches. We know that each hit causes the ball to travel an average of 20 meters. We need to convert meters to kilometers because the final answer should be in kilometers. Recall that 1 kilometer = 1000 meters. First, calculate the total distance in meters: [ text{Total distance (meters)} = 500 times 20 = 10000 text{ meters} ] Now, convert this distance to kilometers: [ text{Total distance (kilometers)} = frac{10000}{1000} = 10 text{ kilometers} ]Thus, the total distance the ball traveled in all 5 matches is 10 kilometers.# 10