Answer:
Don't cut your fingers with the edge / Of your keen wit.
Explanation:
15 percent
20 percent
25 percent
Answer:
10 percent
Explanation:
The introduction of a speech should reveal what is going to be said. A good start is vital to any presentation. The introduction prepares the hearer's mood to receive the rest of the speech well. The speaker should involve the audience, sharpen their interest and curiosity. However, the introduction should be quick so the audience does not get tired and remain curious about the rest of the speech, so the introduction should ideally occupy 10% of your speech.
Usually, the introduction of a speech should comprise approximately 10 to 20 percent of the total length. All options provided could be considered correct in different contexts, but professional speakers generally advise a range of 10 to 15 percent to balance between engaging the audience and providing adequate attention to the main body.
When crafting a speech, it's important to provide a strong introduction to engage and prepare your audience for the topic to be discussed. As a rule of thumb, the introduction should make up about 10 to 20 percent of your speech. Therefore, all of your options could possibly be correct, depending on the specific context. However, many professional speakers suggest that 10 to 15 percent is a sufficient length, ensuring enough time to outline key points without drawing too much time away from the main arguments or body of the speech.
#SPJ6
I took the test that went with that question, the answer is " The Convict and the Bishop".
B. unaffected by the magnet.
C. attracted by the magnet.
D. repelled by the magnet.
If a copper bar is brought close to a magnet, it will not be affected by the magnet, as option B shows.
For an object to be affected by the magnet, it needs to create a magnetic field around it. This magnetic field is formed by the unpaired electrons on the surface of the object. As copper does not have these characteristics, it cannot form magnetic fields and cannot be affected by magnets.
Learn more about the magnetic field:
#SPJ6