3 years ago

TEST ITS TIMED

Mathematics

1 answer:

Aliun [14]3 years ago

5 0

Answer:

Angle 6, Angle 8, Angle 2, and Angle 4 are supplementary to Angle 7.

I hope this helped you! If it did, please consider rating, pressing thanks, and marking as Brainliest. Have a great day!

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Mardinah bought a mobile phone at a discount of 13%.The usual price of the mobile phone was $640.How much was the discount?

castortr0y [4]

Answer:

Original price (100%) = $640

Discount (13% of the original price) = $640 × $\frac{13}{100}$

= $83.20

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3 years ago

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Dividing whole numbers

gladu [14]

Answer:

Step-by-step explanation:

I remember dividing whole numbers being HARD, and I mean HARD HARD HARD. but I got over it.

It really depends on HOW you're dividing the whole numbers. Into thirds, fourths, halves, and WHAT the number itself is. Remember to specify your question!

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3 years ago

If one check was written and one deposit was made into an account in one day, the account’s ending balance on that day _________

AlekseyPX

Hello! I believe the correct answer is C.

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4 years ago

how do you solve 2x-10=44+8× and -7x-2=24-9x and 27-11x=x-33 and 21x+6=17x-26 and 11x=8x-6 and -x-29=13+2x

balu736 [363]

2x-10=44+8x
subtract 2x from each side
8x-2x=6x
now we have -10=44+6x
subtract 44 from both sides
-10-44=-54
now we have -54=6x
divide both sides by 6
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3 years ago

What is the radical form of the expression 2 3/4

san4es73 [151]

Answer: The answer is $\sqrt[4]{8}.$

Step-by-step explanation: Given expression is

$E=2^\frac{3}{4}.$

We are to find the radical form of the above expression, i.e., we need to write the expression in a form that involves n-th roots of a particular number.

For example, consider the below identity.

$a^\frac{c}{d}=\sqrt[d]{a^c}.$

Using this result, we can solve the given problem as follows

$2^\frac{3}{4}=\sqrt[4]{2^3}=\sqrt[4]{8}.$

Thus, the required radical form is $\sqrt[4]{8}.$

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3 years ago

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