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I applied via Recruitment Consulltant and was interviewed before Dec 2022. There were 4 interview rounds.
I applied via Recruitment Consulltant and was interviewed in Jun 2022. There was 1 interview round.
Answering questions related to HPLC, impurities, force degradation, solvent classification, and reaction monitoring.
If a column is fitted in the opposite direction in HPLC, it can lead to inaccurate results.
Impurities can be classified as organic, inorganic, or residual solvents.
Force degradation is the process of intentionally subjecting a drug substance to stress conditions to evaluate its stability.
Other methods for...
The parameter of HPLC depends on the type of analysis being performed.
The choice of column and mobile phase affects the separation of analytes
Retention time and peak area are commonly used parameters
Resolution, selectivity, and efficiency are also important parameters
Different parameters may be more important for different types of analysis
For example, quantification may require a different parameter than identificatio
The parameter of Gas Chromatography refers to the variable being measured or analyzed in the process.
The parameter can be the retention time of the analyte, the peak area, or the peak height.
It can also be the resolution between two peaks or the selectivity factor.
The parameter is important in determining the identity and quantity of the analyte in the sample.
It can also be used to optimize the separation conditions fo
I applied via Recruitment Consultant and was interviewed in Oct 2020. There were 3 interview rounds.
Peak shape in melting range can be broad or sharp depending on factors like sample purity, heating rate, and instrument calibration.
Broad peak shape can indicate impurities or a mixture of compounds in the sample.
Sharp peak shape suggests a pure compound with a narrow melting range.
Heating rate affects peak shape, with slower rates often resulting in sharper peaks.
Instrument calibration and resolution can also impact p...
The columns used during compositional accuracy of HPLC calibration are known as reference standards.
Reference standards are used to ensure the accuracy and precision of HPLC calibration.
These standards are typically composed of known compounds that are used to calibrate the HPLC system.
The reference standards are run through the HPLC system and the resulting data is compared to the expected values.
If the results are wi...
Caffeine is used in HPLC calibration as a reference compound due to its unique properties.
Caffeine has a well-defined retention time and UV absorbance spectrum, making it a reliable reference compound.
It is also non-toxic and easily available, making it a convenient choice for calibration.
Caffeine is used to determine the retention time, peak shape, and resolution of the HPLC system.
It is also used to check the accurac...
Acetone is used in HPLC calibration as a solvent and to remove impurities.
Acetone is a common solvent used in HPLC calibration
It is used to dissolve the sample and standards
Acetone is also used to remove impurities from the HPLC system
It is a volatile solvent and evaporates quickly
Acetone is compatible with most HPLC columns and detectors
Swati Spentose interview questions for popular designations
posted on 26 Apr 2021
I applied via Referral and was interviewed in Apr 2021. There was 1 interview round.
I applied via Company Website and was interviewed in Nov 2019. There were 3 interview rounds.
I was a Senior Sales Associate responsible for managing a team of sales representatives and achieving sales targets.
Managed a team of sales representatives
Set and achieved sales targets
Provided training and guidance to new team members
Analyzed sales data and implemented strategies to improve performance
The reagent addition rate for exothermic reaction can be found by monitoring the temperature and adjusting the rate accordingly.
Start with a small addition rate and gradually increase it while monitoring the temperature.
Use a thermometer or temperature sensor to measure the temperature.
Adjust the rate based on the temperature changes to maintain a steady reaction rate.
Consider the reaction kinetics and the heat transfe...
A PID temperature indicator controls temperature by adjusting heating/cooling based on feedback from sensors.
PID stands for Proportional-Integral-Derivative, which are the three control modes used to adjust temperature.
The indicator receives input from temperature sensors and compares it to the desired temperature setpoint.
Based on the difference between the two, the PID controller adjusts the heating/cooling output to...
MTSR, DSC, and TSC are metrics used in call centers to measure performance and efficiency.
MTSR stands for Mean Time to Service Request and measures the average time it takes for a customer's service request to be resolved.
DSC stands for Delayed Service Calls and measures the number of service calls that were not resolved within a certain timeframe.
TSC stands for Total Service Calls and measures the total number of serv...
XRD is a technique used to determine the crystal structure of a material. Crystalline and amorphous materials show different patterns.
XRD stands for X-ray diffraction
Crystalline materials have a regular, repeating pattern of atoms while amorphous materials lack this pattern
XRD patterns of crystalline materials show sharp peaks while amorphous materials show broad peaks
XRD can be used to identify unknown crystalline mat...
The degree of freedom of water at triple point is 0.
Triple point is the temperature and pressure at which solid, liquid, and gas phases of a substance coexist in thermodynamic equilibrium.
At triple point, the degree of freedom of a substance is zero because all three phases coexist in equilibrium.
Water has a triple point at 273.16 K (0.01 °C) and a pressure of 611.73 Pa.
At triple point, water can exist as ice, liquid w
Risk is the possibility of loss or harm occurring due to uncertain events or circumstances.
Risk involves uncertainty and the potential for negative consequences.
It can be managed through risk assessment, mitigation, and transfer.
Examples of risks include financial risks, health risks, and environmental risks.
Risk can also present opportunities for growth and innovation.
The power required for a pump can be calculated using the formula: Power = (Flow rate x Head) / Efficiency
Calculate the flow rate of the pump
Determine the head or pressure required
Consider the efficiency of the pump
Use the formula: Power = (Flow rate x Head) / Efficiency
Example: If the flow rate is 1000 liters per minute, the head is 50 meters, and the efficiency is 80%, the power required would be (1000 x 50) / 0.8 =
I applied via Recruitment Consulltant and was interviewed before Nov 2021. There were 5 interview rounds.
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