Isn't this false? For the industrial production of indigo carmine, a blue food colouring additive, a synthetic process with an E-factor of 17.4 produces less waste than a synthetic process with an E-factor of 3.0.
The answer I got was False, is this correct?
Answer: yes it is false
The statement is false. A synthetic process with a lower E-factor produces less waste than a process with a higher E-factor.
The E-factor is a measure of the waste generated during a manufacturing process. It is calculated by dividing the total mass of waste produced by the mass of the desired product. A lower E-factor indicates that less waste is generated per unit of product.
In this case, the synthetic process with an E-factor of 3.0 produces less waste than the process with an E-factor of 17.4. This means that the process with an E-factor of 3.0 is more efficient in terms of waste reduction.
Solve for x . 875 = 5 x 3 Express the answer to the hundredths place (i.e., two digits after the decimal point).
Answer : The value of 'x' for this expression is, 5.59
The given expression is:
Now we have to determine the value of 'x' by solving the above expression.
Thus, the value of 'x' for this expression is, 5.59
Which is the weakest type of intramolecular force/bond?a. Polar covalent b. Ionic c. Metallic d. Nonpolar covalent
Non polar covlant
Which of the following forces causes comets to regularly return to the inner solar system after being gone for many years?A. friction B. magnetism C. electromagnetic force D. gravity
Answer is D. Gravity
✨Gravity✨ hope this helps
Boyd takes additional measurements of the mass of product formed in a reaction. He uses a balance that has smaller graduations than the first balance he used. What is Boyd most likely trying to change? He is trying to increase his accuracy but not his precision. He is trying to increase his precision but not his accuracy. He is trying to decrease his precision and increase his accuracy. He is trying to increase his precision and decrease his accuracy.
apparently not He is trying to increase his accuracy but not his precision.
Boyd is most likely trying to increase his accuracy but not his precision. Therefore, option A is correct.
What are accuracy and precision?
Accuracy and precision can be described as two measures of observational error. Accuracy can be defined as how close a given set of measurements, are to their true value, while precision can be defined as how close the measurements are with respect to each other.
In other words, precision can be considered a description of random errors, as well as a measure of statistical variability. Accuracy is a description of systematic errors while low accuracy can bring a difference between a result and a true value.
Accuracy as describing a combination of both kinds of observational error, so high accuracy needs both high precision and high trueness.
In simpler terms, given a set of data points from repeated measurements of the same amount, the sample can be said to be accurate if its average is close to the true value being measured.
The answer is D) He is trying to increase his accuracy and precision.
hope this helped :)
What strand of mRNA would be produced from the strand of DNA shownbelow? GCT AAG • A. GCA UUG • B. CGA TTC C. CGA UUC • D. GCT AAG
CGA UUC are the strands of mRNA that would be produced from the strand of DNA shown. Therefore, the correct option is option C.
What is DNA?
Deoxyribonucleic acid, or DNA, is an organic molecule with a complex molecular structure which is present in all cells, both prokaryotic and eukaryotic, as well as in a variety of viruses. For the transfer of inherited traits, DNA codes genetic information. The discovery significantly improved scientists' knowledge of DNA replication including the genetic regulation of biological processes.
Despite the fact that the molecule DNA was initially identified in 1869, its significance for the transmission of genes was not demonstrated till 1943. James Watson with Francis Crick discovered that the molecular makeup of DNA consists of a double-helix polymers, a spiral made up of two DNA strands twisted around one another, in 1953 with the help of biophysicists Rosa Lind Franklin with Maurice Wilkins. CGA UUC are the strands of mRNA that would be produced from the strand of DNA shown.