Guided practice find each percent increase. round to the nearest percent. (example 1) 1. from $5 to $8 2. from 20 students to 30 students 3. from 86 books to 150 books 4. from $3.49 to $3.89 5. from 13 friends to 14 friends 6. from 5 miles to 16 miles 7. nathan usually drinks 36 ounces of water per day. he read that he should drink 64 ounces of water per day. if he starts drinking 64 ounces, what is the percent increase? round to the nearest percent. (example 1) find each percent decrease. round to the nearest percent. (example 2) 8. from $80 to $64 9. from 95 °f to 68 °f 10. from 90 points to 45 points 11. from 145 pounds to 132 pounds 12. from 64 photos to 21 photos 13. from 16 bagels to 0 bagels 14. over the summer, jackie played video games 3 hours per day. when school began in the fall, she was only allowed to play video games for half an hour per day. what is the percent decrease? round to the nearest percent. (example 2) find the new amount given the original amount and the percent of change. (example 3) 15. $9; 10% increase 16. 48 cookies; 25% decrease 17. 340 pages; 20% decrease 18. 28 members; 50% increase 19. $29,000; 4% decrease 20. 810 songs; 130% increase 21. adam currently runs about 20 miles per week, and he wants to increase his weekly mileage by 30%. how many miles will adam run per week? (example 3) 22. what process do you use to find the percent change of a quantity answer sheet

What comprises a list of main points and sub-points of a topic to include in a presentation

“wonderful! not only did our salespeople do a good job in meeting the sales budget this year, but our production people did a good job in controlling costs as well,” said kim clark, president of martell company. “our $11,150 overall manufacturing cost variance is only 3% of the $1,536,000 standard cost of products made during the year. that’s well within the 3% parameter set by management for acceptable variances. it looks like everyone will be in line for a bonus this year.” the company produces and sells a single product. the standard cost card for the product follows: standard cost card—per unit direct materials, 4.00 feet at $4.00 per foot $ 16.00 direct labor, 1.1 direct labor-hours at $13 per direct labor-hour 14.30 variable overhead, 1.1 direct labor-hours at $2.40 per direct labor-hour 2.64 fixed overhead, 1.1 direct labor-hours at $6.50 per direct labor-hour 7.15 standard cost per unit $ 40.09the following additional information is available for the year just completed: a. the company manufactured 20,000 units of product during the year.b. a total of 77,000 feet of material was purchased during the year at a cost of $4.25 per foot. all of this material was used to manufacture the 20,000 units. there were no beginning or ending inventories for the year.c. the company worked 24,000 direct labor-hours during the year at a direct labor cost of $12.50 per hour.d. overhead is applied to products on the basis of standard direct labor-hours. data relating to manufacturing overhead costs follow: denominator activity level (direct labor-hours) 19,000 budgeted fixed overhead costs $ 123,500 actual variable overhead costs incurred $ 64,800 actual fixed overhead costs incurred $ 120,900required: 1. compute the materials price and quantity variances for the year. (round standard price and actual price to 2 decimal places. indicate the effect of each variance by selecting "f" for favorable, "u" for unfavorable, and "none" for no effect (i.e., zero 2. compute the labor rate and efficiency variances for the year. (round standard rate and actual rate to 2 decimal places. indicate the effect of each variance by selecting "f" for favorable, "u" for unfavorable, and "none" for no effect (i.e., zero 3. for manufacturing overhead compute: a. the variable overhead rate and efficiency variances for the year. (round standard rate and actual rate to 2 decimal places. indicate the effect of each variance by selecting "f" for favorable, "u" for unfavorable, and "none" for no effect (i.e., zero b. the fixed overhead budget and volume variances for the year. (indicate the effect of each variance by selecting "f" for favorable, "u" for unfavorable, and "none" for no effect (i.e., zero

Horace society is planning its annual western fair raceway gala. the gala committee has assembled the following expected costs for the event: dinner (per person) $10 gaming token and program (per person) $2 prize payouts $4,300 tickets and advertising $800 private box suite rental $1,700 lottery licenses $200 the committee members would like to charge $40 per person for the evening’s activities.required: 1. what is the break-even point for the dinner-dance (in terms of the number of persons who must attend)? 2. assume that last year only 200 persons attended the dinner-dance. if the same number attend this year, what price per ticket must be charged in order to break even? 3. refer to the original data ($40 ticket price per person). prepare a cvp graph for the dinner- dance from zero tickets up to 600 tickets sold.