Delfingen Interview Questions and Answers

Various t-codes are used in SAP MM module for different purposes.

• MM01 - Create Material Master

• MM02 - Change Material Master

• MM03 - Display Material Master

• ME21N - Create Purchase Order

• ME22N - Change Purchase Order

• ME23N - Display Purchase Order

• MIGO - Goods Movement

• MIRO - Invoice Verification

• MB51 - Material Document List

• ME2N - Purchase Orders by PO Number

• ME2M - Purchase Orders by Material

• ME2L - Purchase Orders by Vendor

• ME2

Managing crises involves staying calm, assessing the situation, making quick decisions, communicating effectively, and following up with a plan of action.

• Stay calm and composed to think clearly

• Assess the situation to understand the severity and impact

• Make quick decisions to address the crisis promptly

• Communicate effectively with team members, stakeholders, and authorities

• Follow up with a detailed plan of action to reso

Shape function is a mathematical function used in finite element analysis to approximate the displacement field within an element.

• Shape functions are typically polynomial functions defined within an element.

• They are used to interpolate the values of the field variable at different points within the element.

• Shape functions are crucial in determining the behavior of the finite element model.

• They are often derived based o...read more

Resistivity is a measure of a material's ability to resist the flow of electric current.

• Resistivity is denoted by the symbol ρ and is measured in ohm-meters (Ω⋅m).

• It is the reciprocal of conductivity, which is a measure of how easily electric current can pass through a material.

• Materials with high resistivity, such as rubber or glass, are insulators, while materials with low resistivity, such as copper or silver, are c...read more

Resistivity can be measured using a four-point probe technique.

• Use a four-point probe setup to measure resistivity

• Apply a known current through the outer two probes

• Measure the voltage drop across the inner two probes

• Calculate resistivity using the formula: resistivity = (voltage/current) * (distance between inner probes/area of inner probes)

• Repeat measurements at different points on the sample for accuracy