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This is the Vocab24 daily quiz of 16 July 2025, the same 30 questions the app served that day, on the day's vocabulary and editorial. One mark for a right answer, minus 0.25 for a wrong one; the explanation opens as soon as you tap.

1. Synonym

Out of the given alternatives select the alternative which best expresses the meaning of given word.

Spread

2. Synonym

Out of the given alternatives select the alternative which best expresses the meaning of given word.

Sweep

3. Synonym

Out of the given alternatives select the alternative which best expresses the meaning of given word.

Trigger

4. Synonym

Out of the given alternatives select the alternative which best expresses the meaning of given word.

Mandate

5. Antonym

Out of the given alternatives select the word opposite in meaning to the given word.

Encouraging

6. Antonym

Out of the given alternatives select the word opposite in meaning to the given word.

Achieved

7. Antonym

Out of the given alternatives select the word opposite in meaning to the given word.

Crucial

8. Antonym

Out of the given alternatives select the word opposite in meaning to the given word.

Accommodate

9. One word substitution

Out of given alternatives, choose the word which can be substituted for the given words/ sentence.

Open out (something) so as to extend its surface area, width, or length.

10. One word substitution

Out of given alternatives, choose the word which can be substituted for the given words/ sentence.

Give support, confidence, or hope to (someone).

11. One word substitution

Out of given alternatives, choose the word which can be substituted for the given words/ sentence.

Decisive or critical, especially in the success or failure of something.

12. One word substitution

Out of given alternatives, choose the word which can be substituted for the given words/ sentence.

To provide someone with a place to stay or to fit in with the needs or wishes of others.

13. Fill in the blank

A statement with one blank is given below. Choose the set of words from the given options which can be used to fill the given blank.

It is shady...... the tree.

14. Fill in the blank

A statement with one blank is given below. Choose the set of words from the given options which can be used to fill the given blank.

Kumar is...... B.A. of the M.S. University.

15. Fill in the blank

A statement with one blank is given below. Choose the set of words from the given options which can be used to fill the given blank.

At present, she is not going....... library.

16. Idiom

Out of given alternatives select the option which best expresses the meaning of given idiom/ phrase.

Kamal told the audience to hold their peace until he had finished his address.

17. Idiom

Out of given alternatives select the option which best expresses the meaning of given idiom/ phrase.

The captors of the kidnapped kept his family on tenterhooks.

18. Idiom

Out of given alternatives select the option which best expresses the meaning of given idiom/ phrase.

Being an introvert, He will only eat his heart out.

19. Spelling

Out of given alternatives select the word which is correctly spelt.

Choose the correct spelling.

20. Spelling

Out of given alternatives select the word which is correctly spelt.

Choose the correct spelling.

21. Spelling

Out of given alternatives select the word which is correctly spelt.

Choose the correct spelling.

22. Spelling

Out of given alternatives select the word which is correctly spelt.

Choose the correct spelling.

23. Sentence correction

Which of phrases given below each sentence should replace the phrase printed in bold type to make the grammatically correct? If the sentence is correct as it is, mark 'd' as the answer.

After going to his room to get the file (a)/ he returned and sat down lazily (b)/ sometimes reading and sometimes not doing nothing (c)/ No error (d)

24. Sentence correction

Which of phrases given below each sentence should replace the phrase printed in bold type to make the grammatically correct? If the sentence is correct as it is, mark 'd' as the answer.

Having spent her childhood (a)/ in India Mary is able (b)/ to speak in Hindi rather good (c)/ No error (d)

25. Sentence correction

Which of phrases given below each sentence should replace the phrase printed in bold type to make the grammatically correct? If the sentence is correct as it is, mark 'd' as the answer.

During the meeting almost (a)/ all the council members insisted (b) that the rules were amended (c)/ No error (d)

26. RC

Direction: Read the following passage carefully and answer the following questions. <br><br> Cancer drugs need to be powerfully toxic to kill tumor cells. But they also can kill healthy cells, sometimes with brutal side effects. Now, scientists have designed a way to seal cancer drugs inside tiny capsules so the drugs won't harm the healthy cells while traveling through the bloodstream. They hold that medicine securely until they reach a tumor and a remote control 'switch' finally triggers the drug's release. <br><br> Smaller than bacteria, the capsules are called nanoparticles because their size is measured in nanometers. A magnetic field is the invisible force generated by a magnet. Researchers use a magnetic field to work as that remote control switch. Focusing that field on the cancer site ensures that the medicine is released only where it's needed. <br><br> The nanoparticles don't seek tumors out. They do, however, tend to collect at tumor sites. Tumors tend to grow so fast that the blood vessels inside them can't keep up. This causes holes to form in the blood vessels. For a nano-package carrying the medicine, those leaky spots become a doorway from the bloodstream into the tumor. The nanoparticles slip in through those leaks, then accumulate in the tumor. <br><br> Nanoparticles also can pile up in unwanted places. One such unhelpful collection point is the liver. This organ acts as a filter, snagging poisons out of the blood. It will also net some nanoparticles. Those caught in the liver could damage that organ if they shed too much of an anti-cancer drug. <br><br> For many years, researchers have studied how to make nanoparticles that won't drop their drug cargo at such unwanted sites. Sometimes they relied on a chemical trait of the tumor - or the enzymes it produces - to unlock the particles. But not all cancers have the same chemistry. So the medicine might still leak out to poison cells outside the tumor. The new innovation by Rinaldi's team is the creation of a nanoparticle that won't release its medicine anywhere until it gets very warm. And that warming occurs when the particle is exposed to a magnetic field.

Which of the following describes the correct meaning of the phrase 'pile up' in the context of the passage?

27. RC

Direction: Read the following passage carefully and answer the following questions. <br><br> Cancer drugs need to be powerfully toxic to kill tumor cells. But they also can kill healthy cells, sometimes with brutal side effects. Now, scientists have designed a way to seal cancer drugs inside tiny capsules so the drugs won't harm the healthy cells while traveling through the bloodstream. They hold that medicine securely until they reach a tumor and a remote control 'switch' finally triggers the drug's release. <br><br> Smaller than bacteria, the capsules are called nanoparticles because their size is measured in nanometers. A magnetic field is the invisible force generated by a magnet. Researchers use a magnetic field to work as that remote control switch. Focusing that field on the cancer site ensures that the medicine is released only where it's needed. <br><br> The nanoparticles don't seek tumors out. They do, however, tend to collect at tumor sites. Tumors tend to grow so fast that the blood vessels inside them can't keep up. This causes holes to form in the blood vessels. For a nano-package carrying the medicine, those leaky spots become a doorway from the bloodstream into the tumor. The nanoparticles slip in through those leaks, then accumulate in the tumor. <br><br> Nanoparticles also can pile up in unwanted places. One such unhelpful collection point is the liver. This organ acts as a filter, snagging poisons out of the blood. It will also net some nanoparticles. Those caught in the liver could damage that organ if they shed too much of an anti-cancer drug. <br><br> For many years, researchers have studied how to make nanoparticles that won't drop their drug cargo at such unwanted sites. Sometimes they relied on a chemical trait of the tumor - or the enzymes it produces - to unlock the particles. But not all cancers have the same chemistry. So the medicine might still leak out to poison cells outside the tumor. The new innovation by Rinaldi's team is the creation of a nanoparticle that won't release its medicine anywhere until it gets very warm. And that warming occurs when the particle is exposed to a magnetic field.

Which of the following is an antonym of 'accumulate' in the context of the passage?

28. RC

Direction: Read the following passage carefully and answer the following questions. <br><br> Cancer drugs need to be powerfully toxic to kill tumor cells. But they also can kill healthy cells, sometimes with brutal side effects. Now, scientists have designed a way to seal cancer drugs inside tiny capsules so the drugs won't harm the healthy cells while traveling through the bloodstream. They hold that medicine securely until they reach a tumor and a remote control 'switch' finally triggers the drug's release. <br><br> Smaller than bacteria, the capsules are called nanoparticles because their size is measured in nanometers. A magnetic field is the invisible force generated by a magnet. Researchers use a magnetic field to work as that remote control switch. Focusing that field on the cancer site ensures that the medicine is released only where it's needed. <br><br> The nanoparticles don't seek tumors out. They do, however, tend to collect at tumor sites. Tumors tend to grow so fast that the blood vessels inside them can't keep up. This causes holes to form in the blood vessels. For a nano-package carrying the medicine, those leaky spots become a doorway from the bloodstream into the tumor. The nanoparticles slip in through those leaks, then accumulate in the tumor. <br><br> Nanoparticles also can pile up in unwanted places. One such unhelpful collection point is the liver. This organ acts as a filter, snagging poisons out of the blood. It will also net some nanoparticles. Those caught in the liver could damage that organ if they shed too much of an anti-cancer drug. <br><br> For many years, researchers have studied how to make nanoparticles that won't drop their drug cargo at such unwanted sites. Sometimes they relied on a chemical trait of the tumor - or the enzymes it produces - to unlock the particles. But not all cancers have the same chemistry. So the medicine might still leak out to poison cells outside the tumor. The new innovation by Rinaldi's team is the creation of a nanoparticle that won't release its medicine anywhere until it gets very warm. And that warming occurs when the particle is exposed to a magnetic field.

Which of the following is a synonym of 'release' in the context of the passage?

29. RC

Direction: Read the following passage carefully and answer the following questions. <br><br> Cancer drugs need to be powerfully toxic to kill tumor cells. But they also can kill healthy cells, sometimes with brutal side effects. Now, scientists have designed a way to seal cancer drugs inside tiny capsules so the drugs won't harm the healthy cells while traveling through the bloodstream. They hold that medicine securely until they reach a tumor and a remote control 'switch' finally triggers the drug's release. <br><br> Smaller than bacteria, the capsules are called nanoparticles because their size is measured in nanometers. A magnetic field is the invisible force generated by a magnet. Researchers use a magnetic field to work as that remote control switch. Focusing that field on the cancer site ensures that the medicine is released only where it's needed. <br><br> The nanoparticles don't seek tumors out. They do, however, tend to collect at tumor sites. Tumors tend to grow so fast that the blood vessels inside them can't keep up. This causes holes to form in the blood vessels. For a nano-package carrying the medicine, those leaky spots become a doorway from the bloodstream into the tumor. The nanoparticles slip in through those leaks, then accumulate in the tumor. <br><br> Nanoparticles also can pile up in unwanted places. One such unhelpful collection point is the liver. This organ acts as a filter, snagging poisons out of the blood. It will also net some nanoparticles. Those caught in the liver could damage that organ if they shed too much of an anti-cancer drug. <br><br> For many years, researchers have studied how to make nanoparticles that won't drop their drug cargo at such unwanted sites. Sometimes they relied on a chemical trait of the tumor - or the enzymes it produces - to unlock the particles. But not all cancers have the same chemistry. So the medicine might still leak out to poison cells outside the tumor. The new innovation by Rinaldi's team is the creation of a nanoparticle that won't release its medicine anywhere until it gets very warm. And that warming occurs when the particle is exposed to a magnetic field.

Which of the following works as a 'remote control switch'? I. Magnetic field II. Nanoparticles III. Tumor cells

30. RC

Direction: Read the following passage carefully and answer the following questions. <br><br> Cancer drugs need to be powerfully toxic to kill tumor cells. But they also can kill healthy cells, sometimes with brutal side effects. Now, scientists have designed a way to seal cancer drugs inside tiny capsules so the drugs won't harm the healthy cells while traveling through the bloodstream. They hold that medicine securely until they reach a tumor and a remote control 'switch' finally triggers the drug's release. <br><br> Smaller than bacteria, the capsules are called nanoparticles because their size is measured in nanometers. A magnetic field is the invisible force generated by a magnet. Researchers use a magnetic field to work as that remote control switch. Focusing that field on the cancer site ensures that the medicine is released only where it's needed. <br><br> The nanoparticles don't seek tumors out. They do, however, tend to collect at tumor sites. Tumors tend to grow so fast that the blood vessels inside them can't keep up. This causes holes to form in the blood vessels. For a nano-package carrying the medicine, those leaky spots become a doorway from the bloodstream into the tumor. The nanoparticles slip in through those leaks, then accumulate in the tumor. <br><br> Nanoparticles also can pile up in unwanted places. One such unhelpful collection point is the liver. This organ acts as a filter, snagging poisons out of the blood. It will also net some nanoparticles. Those caught in the liver could damage that organ if they shed too much of an anti-cancer drug. <br><br> For many years, researchers have studied how to make nanoparticles that won't drop their drug cargo at such unwanted sites. Sometimes they relied on a chemical trait of the tumor - or the enzymes it produces - to unlock the particles. But not all cancers have the same chemistry. So the medicine might still leak out to poison cells outside the tumor. The new innovation by Rinaldi's team is the creation of a nanoparticle that won't release its medicine anywhere until it gets very warm. And that warming occurs when the particle is exposed to a magnetic field.

Why is it emphasized that the cancer medicine should be released only where it is needed? <br> I. Because they can kill the healthy cells along with the unhealthy cells. <br> II. Because they make body temperature too warm. <br> III. Because they are more effective when used centralized.

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