Choose the appropriate preposition for the given sentence: |
Our terms and conditions are printed...... our invoices. |
Choose the appropriate preposition for the given sentence: |
I am removing my name ....,..... the membership. |
Choose the appropriate preposition for the given sentence: |
This offer is subject.........market conditions. |
Choose the appropriate preposition for the given sentence: |
He stood............the fence and chatted ....... his neighbour. |
Choose the appropriate articles for the given sentence: |
To be healthy, reduce junk food in.......... house and concentrate on healthy meals for........entire family. |
Choose the appropriate articles for the given sentence: |
If you start hitting.........ball hard, your opponent will also be......little alert to stop it before it reaches the boundary. |
Choose the appropriate usage to fill in the blank: |
The boy who had been.......idle was awarded a prize. |
Choose the option that best transforms the given sentence without changing its meaning: |
We take pride in our country. |
Choose the correct form of verb for the given Sentence: |
The report of an earthquake nearby.........he village. |
Choose the correct form of verb for the given Sentence: |
When the bus...........Delhi, he decided to travel to Agra. |
Choose the correct form of modal auxiliary verb for the given sentence: |
My school bus is usually on time. It......to be here any time now. |
Choose the correct form of adverb for the given sentence: |
The.........spoken words would return to haunt the rebel. |
Choose the correct form of adverb for the given sentence: |
Their teacher speaks very.............: |
Choose the correct form of adjective for the given sentence: |
These books are a.......improvement on what has gone before. |
Choose the correct form of adjective for the given sentence: |
She is very.........; you never know what she is going to do next. |
Choose the correct form of expression to complete the sentence: |
For people with hearing difficulties, telephones with volume controls provide the best............... |
Choose the correct form of expression to complete the sentence: |
In spite of many faults, he gained their.......: |
Choose the correct form of tense for the given sentences: |
I.......him only one letter so far. |
Choose the correct form of tense for the given sentences: |
My brother..,......his textile business last year. |
Choose the correct form of tense for the given sentences: |
When I was passing the house, I saw that he..........the car. |
Choose the correct form of tense for the given sentences: |
The won't buy any new clothes at present because they......money to buy a car. |
Choose the most suitable determiner for the given sentence: |
The........thief escaped under cover of darkness. |
Choose the most suitable determiner for the given sentence: |
...........cloud has a silver lining. |
Choose the appropriate articles for the given Sentence: |
Sheila decided to take.......leisurely walk in..........garden opposite her house. |
Choose the appropriate articles for the given Sentence: |
He is........ state developer at.....famous Jindal spa. |
Read the passage carefully and answer the question givens below: You might not think of plants as particularly chatty but in reality, they communicate surprisingly well with each other, especially when faced with danger. According to a recent study in the journal Frontiers in Plant Science injured plants send out emergency signals to alert neighbours to start building up their defenses. The chain of events that led to this surprising discovery began about two years ago, after University of Delaware Botainst. Harsh Bais agreed to mentor 16-year-old Connor Sweeney on a research project. The ecstatic high school student got to work right away, spending all his free time, including weekends and summer breaks, in Bais's lab at the Delaware Biotechnology Institute. His project entailed culturing Arabidopsis thaliana, also known as mustard weed, for use in experiments. The young researcher would place the seeds in Petri dishes and test tubes filled with agar to promote growth. The seeds would germinate about six days later and transform into delicate three-inch saplings with bright green leaves. One day, Sweeney sliced a mustard weed leaf in two spots mimicking an insect bite to see how it would begin the repair process. The following day, the young researcher was surprised to find that while the injured plant remained unchanged, the roots of the neighbouring young mustard weed sapling had grown considerably longer and even had lateral offshoots. "It was crazyI didn't believe it at first. I would have expected the injured plant to put more resources into growing roots. But we didn't see that." said Bais, who conducted a similar study in 2012, where he found that soil bacteria living near the roots of a plant helped boost its immunity by signaling the leaf pores, or stomata, to close in the presence of pathogens. To ensure that it was not the same system at work, Sweeney partitioned the plants to prevent any communication between their root bacteria and repeated the experiment multiple times. The results were the same! |
Read the passage carefully and answer the question givens below: You might not think of plants as particularly chatty but in reality, they communicate surprisingly well with each other, especially when faced with danger. According to a recent study in the journal Frontiers in Plant Science injured plants send out emergency signals to alert neighbours to start building up their defenses. The chain of events that led to this surprising discovery began about two years ago, after University of Delaware Botainst. Harsh Bais agreed to mentor 16-year-old Connor Sweeney on a research project. The ecstatic high school student got to work right away, spending all his free time, including weekends and summer breaks, in Bais's lab at the Delaware Biotechnology Institute. His project entailed culturing Arabidopsis thaliana, also known as mustard weed, for use in experiments. The young researcher would place the seeds in Petri dishes and test tubes filled with agar to promote growth. The seeds would germinate about six days later and transform into delicate three-inch saplings with bright green leaves. One day, Sweeney sliced a mustard weed leaf in two spots mimicking an insect bite to see how it would begin the repair process. The following day, the young researcher was surprised to find that while the injured plant remained unchanged, the roots of the neighbouring young mustard weed sapling had grown considerably longer and even had lateral offshoots. "It was crazyI didn't believe it at first. I would have expected the injured plant to put more resources into growing roots. But we didn't see that." said Bais, who conducted a similar study in 2012, where he found that soil bacteria living near the roots of a plant helped boost its immunity by signaling the leaf pores, or stomata, to close in the presence of pathogens. To ensure that it was not the same system at work, Sweeney partitioned the plants to prevent any communication between their root bacteria and repeated the experiment multiple times. The results were the same! |
Read the passage carefully and answer the question givens below: You might not think of plants as particularly chatty but in reality, they communicate surprisingly well with each other, especially when faced with danger. According to a recent study in the journal Frontiers in Plant Science injured plants send out emergency signals to alert neighbours to start building up their defenses. The chain of events that led to this surprising discovery began about two years ago, after University of Delaware Botainst. Harsh Bais agreed to mentor 16-year-old Connor Sweeney on a research project. The ecstatic high school student got to work right away, spending all his free time, including weekends and summer breaks, in Bais's lab at the Delaware Biotechnology Institute. His project entailed culturing Arabidopsis thaliana, also known as mustard weed, for use in experiments. The young researcher would place the seeds in Petri dishes and test tubes filled with agar to promote growth. The seeds would germinate about six days later and transform into delicate three-inch saplings with bright green leaves. One day, Sweeney sliced a mustard weed leaf in two spots mimicking an insect bite to see how it would begin the repair process. The following day, the young researcher was surprised to find that while the injured plant remained unchanged, the roots of the neighbouring young mustard weed sapling had grown considerably longer and even had lateral offshoots. "It was crazyI didn't believe it at first. I would have expected the injured plant to put more resources into growing roots. But we didn't see that." said Bais, who conducted a similar study in 2012, where he found that soil bacteria living near the roots of a plant helped boost its immunity by signaling the leaf pores, or stomata, to close in the presence of pathogens. To ensure that it was not the same system at work, Sweeney partitioned the plants to prevent any communication between their root bacteria and repeated the experiment multiple times. The results were the same! |
Read the passage carefully and answer the question givens below: You might not think of plants as particularly chatty but in reality, they communicate surprisingly well with each other, especially when faced with danger. According to a recent study in the journal Frontiers in Plant Science injured plants send out emergency signals to alert neighbours to start building up their defenses. The chain of events that led to this surprising discovery began about two years ago, after University of Delaware Botainst. Harsh Bais agreed to mentor 16-year-old Connor Sweeney on a research project. The ecstatic high school student got to work right away, spending all his free time, including weekends and summer breaks, in Bais's lab at the Delaware Biotechnology Institute. His project entailed culturing Arabidopsis thaliana, also known as mustard weed, for use in experiments. The young researcher would place the seeds in Petri dishes and test tubes filled with agar to promote growth. The seeds would germinate about six days later and transform into delicate three-inch saplings with bright green leaves. One day, Sweeney sliced a mustard weed leaf in two spots mimicking an insect bite to see how it would begin the repair process. The following day, the young researcher was surprised to find that while the injured plant remained unchanged, the roots of the neighbouring young mustard weed sapling had grown considerably longer and even had lateral offshoots. "It was crazyI didn't believe it at first. I would have expected the injured plant to put more resources into growing roots. But we didn't see that." said Bais, who conducted a similar study in 2012, where he found that soil bacteria living near the roots of a plant helped boost its immunity by signaling the leaf pores, or stomata, to close in the presence of pathogens. To ensure that it was not the same system at work, Sweeney partitioned the plants to prevent any communication between their root bacteria and repeated the experiment multiple times. The results were the same! |
Read the passage carefully and answer the question givens below: You might not think of plants as particularly chatty but in reality, they communicate surprisingly well with each other, especially when faced with danger. According to a recent study in the journal Frontiers in Plant Science injured plants send out emergency signals to alert neighbours to start building up their defenses. The chain of events that led to this surprising discovery began about two years ago, after University of Delaware Botainst. Harsh Bais agreed to mentor 16-year-old Connor Sweeney on a research project. The ecstatic high school student got to work right away, spending all his free time, including weekends and summer breaks, in Bais's lab at the Delaware Biotechnology Institute. His project entailed culturing Arabidopsis thaliana, also known as mustard weed, for use in experiments. The young researcher would place the seeds in Petri dishes and test tubes filled with agar to promote growth. The seeds would germinate about six days later and transform into delicate three-inch saplings with bright green leaves. One day, Sweeney sliced a mustard weed leaf in two spots mimicking an insect bite to see how it would begin the repair process. The following day, the young researcher was surprised to find that while the injured plant remained unchanged, the roots of the neighbouring young mustard weed sapling had grown considerably longer and even had lateral offshoots. "It was crazyI didn't believe it at first. I would have expected the injured plant to put more resources into growing roots. But we didn't see that." said Bais, who conducted a similar study in 2012, where he found that soil bacteria living near the roots of a plant helped boost its immunity by signaling the leaf pores, or stomata, to close in the presence of pathogens. To ensure that it was not the same system at work, Sweeney partitioned the plants to prevent any communication between their root bacteria and repeated the experiment multiple times. The results were the same! |
You need to login to perform this action.
You will be redirected in
3 sec