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Lady_Fox [76]
3 years ago
6

Petrus Framing's cost formula for its supplies cost is $2,300 per month plus $6 per frame. For the month of March, the company p

lanned for activity of 861 frames, but the actual level of activity was 856 frames. The actual supplies cost for the month was $7,790. The activity variance for supplies cost in March would be closest to:
Business
1 answer:
Alchen [17]3 years ago
8 0

Answer:

$30 Favorable

Explanation:

Calculation for the activity variance for supplies cost in March

Using this formula

Activity variance = (Actual units - Budgeted units) * Variable cost

Where,

Actual units=856

Budgeted units=861

Variable cost=$6

Let plug in the formula

Activity variance=(856-861) * $6

Activity variance=5*$6

Activity variance=$30 Favorable

Therefore the activity variance for supplies cost in March would be closest to: $30 Favorable

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Which loan type requires you to make loan payments while you’re attending school?
FrozenT [24]
I think the correct answer from the choices listed above is option A. The loan type that  requires you to make loan payments while you’re attending school would be unsubsidized federal loan. For this type, y<span>ou are responsible for paying the interest on a Direct Unsubsidized Loan during all periods. Hope this answers the question.</span>
5 0
3 years ago
In subsistence farming, people generally grow
8_murik_8 [283]
In subsistence farming, people generally grow :
D. only enough to feed their families
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hope this helps
5 0
3 years ago
Read 2 more answers
Bartoletti Fabrication Corporation has a standard cost system in which it applies manufacturing overhead to products on the basi
vazorg [7]

Answer:

Total of the variable overhead rate and fixed manufacturing overhead budget variances for the month = $9,096 Unfavorable

Explanation:

Actual variable overhead rate = \frac{Actual variable overhead}{Actual Hours} = \frac{66,170}{6,400}  = 10.34

Therefore variance with the budgeted standard variable overhead

= (Standard Overhead rate - Actual overhead rate) \times Actual Hours

= ($9.70 - $10.34) \times 6,400 = -$4,096

And Fixed Overhead variance = Standard Fixed Overhead - Actual Fixed Overhead = $69,000 - $74,000 = -$5,000

Total of the variable overhead rate and fixed manufacturing overhead budget variances for the month = -$4,096 + -$5,000 = -$9,096

Since the value of variance is negative it means the expense both variable and fixed are over absorbed, which means it is unfavorable.

Total of the variable overhead rate and fixed manufacturing overhead budget variances for the month = $9,096 Unfavorable

3 0
3 years ago
You just sold 900 shares of Alcove stock at a price of $34.08 a share. Last year you paid $39.20 a share to buy this stock. You
ehidna [41]

Answer:

d. -$4,608

Explanation:

The computation of the total capital gain is shown below:

Total capital gains is

= (End value - Beginning value) × 900 shares

= ($34.08 - $39.20) × 900 shares

= -$4,608

Hence, the  total capital gain on this investment is -$4,608

Therefore the option d is correct

And, the same is to be relevant

5 0
3 years ago
Write the AddressList method newBusiness. This method searches addresses for an existing business with an identical address (i.e
max2010maxim [7]

Answer:

See explaination

Explanation:

// Address.java

public class Address {

/**

* The name of the business

*/

private String name;

/**

* The name of the street the business is on

*/

private String street;

/**

* The street number of the business

*/

private int number;

/**

* Constructs an Address that represents a business with name nm,

* at number no on the street st

*/

public Address(String nm, String st, int no)

{

name = nm;

street = st;

number = no;

}

/**

* Returns the name of the business

*/

public String getName()

{

return name;

}

/**

* Returns the name of the street on which the business is located

*/

public String getStreet()

{

return street;

}

/**

* Returns the street number of the business

*/

public int getNumber()

{

return number;

}

}

//end of Address.java

//AddressBook.java

import java.util.ArrayList;

import java.util.List;

public class AddressBook {

/**

* The list of business addresses. No two businesses in the list

* can have the same address (both the same street and street number)

*/

private List<Address> addresses;

/**

* Constructs an empty AddressBook

*/

public AddressBook()

{

addresses = new ArrayList<Address>();

}

/**

* atparam st the name of a street

* atreturn a list with the names of each business with an address on that street

*/

public List<String> onStreet(String st)

{

// create an empty output list of names of business

List<String> businessName = new ArrayList<String>();

// loop over the list of addresses

for(int i=0;i<addresses.size();i++)

{

// if ith street of address = nm, add the name of the business to the output list

if(addresses.get(i).getStreet().equalsIgnoreCase(st))

businessName.add(addresses.get(i).getName());

}

return businessName; // return the list

}

/**

* Searches for an existing business with an identical address (street and number

* both match). Updates the record to an address with name nm, street st and number no.

* If no entry already exists adds a new address to the end of the list with these parameters.

*

* atparam nm the name of the business

* atparam st the street the business is on

* atparam no the street number of the business

* atreturn the index of where the business address is on the list

*/

public int newBusiness(String nm, String st, int no)

{

// loop over the list of addresses

for(int i=0;i<addresses.size();i++)

{

// if ith index addresses match the street and number of the input st and no

if((addresses.get(i).getStreet().equalsIgnoreCase(st)) && (addresses.get(i).getNumber() == no))

{

addresses.remove(i); // remove the ith address from list

addresses.add(i, new Address(nm,st,no)); // add a new address with the input name, street and number at ith index

return i; // return the index i

}

}

// if no address match, add the business at the end of the list

addresses.add(new Address(nm,st,no));

return addresses.size()-1; // return the last index

}

}

//end of AddressBook.java

5 0
3 years ago
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