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3 years ago

What type of brake lining is typically used on heavy-duty vehicles?

1 answer:

galina1969 [7]3 years ago

3 0

For heavy-duty vehicles, sintered-metal brake linings are typically use for better performance and brake lining rivets is the best choice to secure brake shoe linings on trucks and other vehicles. Sintered brake linings offers a stable friction coefficient and produce good bite right away for safer travel. Moreover, they have good properties such as the ability to handle extreme heat well, they are resistant to fade, typically last longer than other types, and perform well even in rain and mud, which make it to be a choice for heavy-duty vehicles. <span>However, rivet heads may score the drum if the linings are not replaced soon enough, so proper maintenance should not be neglected.</span>

You might be interested in

The low cost of labor in other countries around the globe is a factor that business must consider because they are impacted by _

aleksandr82 [10.1K]

Answer:

The correct answer is letter "A": the social business environment.

Explanation:

The social business environment includes the society inhabitants' believes, customs, and lifestyles. It determines how businesses are handled in different regions worldwide. When it comes to low costs of labor, it might be beneficial for some companies that can open subsidiaries there to lower production costs but it also represents a struggle for some other firms because their products seem unreachable because of the low wages people earn.

7 0

3 years ago

Erie Company manufactures a mobile fitness device called the Jogging Mate. The company uses standards to control its costs. The

Tom [10]

a. Standard labor-hours is 7920 hours.

b. Standard labor cost allowed is $42,768.

c. The labor spending variance is $1588(U).

d. The labor rate variance is $1706 and the labor efficiency variance $3294(U).

e. The variable overhead rate is $5971(U) and efficiency variances for the month $5580(U).

<u>Explanation:</u>

a)Standars hours(SH) allowed to make 19800 jogging mates

=SH per unit $\times$ 19800

=(24/60)*19800

=7920 hours

24/60 has been taken to convert minutes into hours.

b)Standard Labor Cost (SC) of 19800 jogging mates

$=19800 \times SC per unit=19800 \times $2.16\\=$42,768$

=$42,768

c)Labour Spending Variance

$=Standard Cost - Actual Cost(AC)=$42,768 - $44,356=$1588(U)$

=$1588(U)

d)Labor Rate Variance

$=(SR per hour-AR per hour)\timesAH=(5.4-5.2)*8530=$1706(F)$

=$1706

Actual Hours(AH) * Actual Rate per hour(AR)= Actual Cost(AC)

$8530 \times AR = $44,356$

$AR = \frac{44356}{8530}\\ \\AR = 5.2$

Labor Efficiency Variance

$=(SH-AH) \times SR\\=(7920-8530)*$5.4=$3294(U)$

=$3294(U)

e) Variable overhead rate variance = Actual hours worked (Standard overhead rate - Actual overhead rate)

= 8530 (4.5 - 5.20)

= $5971(U)

Actual overhead rate = $44,356 / 8530 = 5.20

Variable overhead efficiency variance = Standard overhead rate (Standard hours - Actual hours)

= 4.50 (7290 - 8530)

= $5580(U).

8 0

2 years ago

Calculate the total productivity measure for this company for both years. ( Round your answer to 2 decimal places.) Calculate th

umka2103 [35]

Answer:

Explanation:

As the question was missing data, I have done a quick google search and found the question which I am uploading it here as an image.

Labor Input = $30,100

Raw Materials Input = $35,100

Energy Input = $5010

Capital Input = $50,010

Other Input = $2010

Sales Output = $200,100

Labor Input = $40,100

Raw Materials Input = $45,100

Energy Input = $6050

Capital Input = $49,750

Other Input = $2875

Sales Output = $202,100

<h2>FORMULA:</h2>

Productivity = Output / Input

<h2>CALCULATION:</h2>

Total Input of Last Year =

$ (30,100 + 35,100 + 5010 + 50,010 + 2010) = $122,230

Total Input of This Year =

$ (40,100 + 45,100 + 6050 + 49,750 + 2875) = $143,875

<h3>TOTAL PRODUCTIVITY:</h3><h3 />

Last Year This Year

Output in ($) $200100 $202100

Input in ($) $122230 $143875

Total Productivity 200100 / 122230 = 1.64 202100 / 143875 = 1.40

<h3></h3><h3>PARTIAL PRODUCTIVITY:</h3><h3></h3><h3>Last Year:</h3>

Partial Productivity Labor = 200100 / 30100 = 6.65

Partial Productivity Capital = 200100 / 50010 = 4.00

Partial Productivity Raw Materials = 200100 / 35100 = 5.70

Partial Productivity Labor = 202100 / 40100 = 5.04

Partial Productivity Capital = 202100 / 49750 = 4.06

Partial Productivity Raw Materials = 202100 / 45100 = 4.48

3 0

3 years ago

A telephone customer service center wants to ensure that the majority of its customers’ calls are answered within a reasonable a

mr_godi [17]

Answer:

The Capability Index for this process is 1.04. The right answer is B

Explanation:

According to the given data we have the following:

μ = 31 Seconds

USL = 45

LSL = 10

Standard deviation σ= 4.5

Therefore, in order to calculate the Capability Index for this process we would have to use the following formula:

Cpk=Min<u>( USL-μ</u> , <u>μ- LSL</u>)

3×σ 3×σ

Cpk=Min<u>( 45-31</u> , 31<u>- 10</u>)

3×4.5 3×4.5

Cpk = Min ( 1.04,1.56) = 1.04

The Capability Index for this process is 1.04

7 0

2 years ago

Robusta Coffee Importers sold 6 comma 000 units in October at a sales price of $ 35 per unit. The variable cost is $ 15 per unit

yanalaym [24]

Answer:

Operating Income= $110,000

Explanation:

Giving the following information:

Robusta Coffee Importers sold 6,000 units in October at a sales price of $35 per unit. The variable cost is $ 15 per unit. The monthly fixed costs are $10,000.

The operating income is the difference between the contribution margin and the fixed costs:

Contribution margin= selling price - unitary variable cost

Operating income= Total contribution margin - fixed costs

OI= 6,000*(35 - 15) - 10,000= $110,000

7 0

2 years ago