Answer:
Craik and Lockhart would say that Abraham must ahve used the deep -or semantic- level of processing while encoding the event.
Explanation:
In 1972, Fergus I. M. Craik and Robert S. Lockhart identified the<u> levels-of-processing effect</u> that makes reference to the memory recall of stimuli in terms of the depth of a mental process.
There are two main levels of processing: <u>shallow processing</u>, which has to do with fragile memory, and <u>deep processing</u><u>,</u> that involves a more durable memory trace.
<u>Deep processing</u> can occur when the person relates the object or situation to something else, when the meaning of something is thought of or when the person processes the importance of the object or situation. At the same time, <u>deep processing</u> can retain memories by repeting information, by analyzing it in a deeper way or by making distinctions between the items involved. All these elements would be present in Abraham's case.
Answer:
a. the Pope refused to grant him an annulment and he wanted more power
Explanation:
Henry VIII, King of England from 1509-1547, tried to divorce his wife as he wanted a male heir so bad and he was he was in love with Ann Boelyn, a supporter of the reformation. The pope refused to annul his marriage, and so he split with the Catholic church and made a new Anglican church, recognizing his and Ann's marriage, and invalidating the claims of Princess Mary.
MS-CHAP authentication protocol uses a locally stored shared secret that is encrypted.
<h3>What is MS-CHAP used for?</h3>
The Challenge-Handshake Authentication Protocol (MS-CHAP) is the Microsoft version of CHAP. The unencrypted password is not sent over the network with the CHAP encrypted authentication mechanism.
In PPTP-based (Point-to-Point Tunneling Protocol) VPNs, the password-based Microsoft Challenge Handshake Authentication Protocol version 2 (MS-CHAP v2) authentication protocol is frequently employed.
CHAP was developed to boost this authentication process's security. To transfer these credentials across the network, CHAP, or the Challenge Handshake Authentication Protocol, uses an encrypted challenge. CHAP can authenticate using a three-way handshake.
In order to increase security in hotspot public access networks and corporate networks, numerous authentication techniques have recently been developed for wireless local area networks (WLANs), and some have even been proposed for integrated 3G-WLAN networks.
To know more about MS-CHAP, visit: brainly.com/question/14283168
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