Welcome to ixamBee
Continue with your mobile number
Asymmetric encryption uses a pair of keys: a public key for encryption and a private key for decryption. This approach is computationally intensive compared to symmetric encryption due to the complexity of algorithms like RSA and ECC. While asymmetric encryption provides enhanced security and key management, its slower performance makes it less suitable for bulk data encryption. Instead, it is often used for key exchange, digital signatures, and secure sessions. Why Other Options Are Incorrect: 1. It uses the same key for encryption and decryption: False; asymmetric encryption uses two distinct keys. 2. It does not require a public key: False; the public key is essential for encryption. 3. It cannot be used for digital signatures: False; asymmetric encryption forms the basis for digital signatures. 4. It is less secure than symmetric encryption: False; asymmetric encryption is generally more secure due to its two-key mechanism. Asymmetric encryption's trade-off between security and performance makes it a foundational technology in modern cryptography.
Which of the following element has a perforated cell wall?
The precursor of auxin is _____
In the conditions of severe drought, the release of ___ plant hormone starts which closes the plant stomata.
The hormone responsible for promoting root growth and apical growth is:
The enzyme synthesises the complementary DNA strand of the desired gene from its mRNA is?
In plant, the cell walls of ___ cells are coagulated with the deposition of suberin which makes them impervious to water and air.
Cut or excised leaves remain green for long if induced to root or dipped in_____
Which hormone is known as stress hormone that plays a important role in plant leaves abscission and abiotic stress tolerance
Site for protein synthesis is _______
Which of the following tissue has primary function of supporting the plant organs?
