Nieto company's budgeted sales and direct materials purchases are as follows. budgeted sales budgeted d. m. purchases january $200,000 $30,000 february 220,000 36,000 march 250,000 38,000 nieto's sales are 30% cash and 70% credit. credit sales are collected 10% in the month of sale, 50% in the month following sale, and 36% in the second month following sale; 4% are uncollectible. nieto's purchases are 50% cash and 50% on account. purchases on account are paid 40% in the month of purchase, and 60% in the month following purchase.

instructions
(a) prepare a schedule of expected collections from customers for march.
(b) prepare a schedule of expected payments for direct materials for march

Weber company purchases $44,270 of raw materials on account, and it incurs $52,730 of factory labor costs. supporting records show that (a) the assembly department used $27,580 of raw materials and $33,320 of the factory labor, and (b) the finishing department used the remainder. manufacturing overhead is assigned to departments on the basis of 150% of labor costs.journalize the assignment of overhead to the assembly and finishing departments.account titles and explanation debit credit

Your mother's well-diversified portfolio has an expected return of 12.0% and a beta of 1.20. she is in the process of buying 100 shares of safety corp. at $10 a share and adding it to her portfolio. safety has an expected return of 15.0% and a beta of 2.00. the total value of your current portfolio is $9,000. what will the expected return and beta on the portfolio be after the purchase of the safety stock?

Add the mips assembly language instructions (after main: ) to complete the following (in this order). do not skip steps. use other registers as needed. actions: 1. initialize the register $s0 to 35 2. prompt the user to enter a number, read the number and then put it into register $s1 3. prompt the user to enter a number, read the number and then put it into register $s2 4. store the value in $s1 into the memory at address 0x10010000. 5. store the value in $s2 into the memory at address 0x10010004. 6. calculate the value of $s0 - $s1 $s2 and store the result in the memory at address 0x10010008. 7. print the following output each on its own line. you will need to determine the location of each of the strings from the beginning of the memory segment a. your name b. the value in address 0x10010000 c. the value in address 0x10010004 d. the value in address 0x10010008 8. exchange or swap the values in $s1 and $s2 9. set the value in $s0 to -$s0