Please Check My Math Answers. Thanks!
posted by OceanBreeze
Can someone please be kind enough to check my answers? Thanks! :) I put stars by my answers.
1. Calculate the slant height for the given cone. Round to the nearest tenth.
Diameter= 8cm
Height= 9cm
a. 10.2 cm
b. 11.4 cm
c. 9.8 cm ***
d. 12.0 cm
2. Calculate the slant height for the given square pyramid. Round to the nearest tenth.
Pyramid base= 6cm
Height= 5cm
a. 6.2cm
b. 5.8cm***
c. 7.8cm
d. 7.2cm
3. Calculate the length of the diagonal for the given rectangular prism. Round to the nearest tenth.
Length= 14cm
width= 3cm
Height= 4cm
a. 16.7cm
b. 14.3cm
c. 14.8cm***
d. 15.6cm
4. Calculate the slant height for the given cone. Round to the nearest tenth.
Diameter= 18cm
Height= 7cm
a. 11.2cm
b. 12.5cm
c. 14.8cm
d. 11.4cm***
5. Calculate the length of the diagonal for the given rectangular prism. Round to the nearest tenth.
Length= 10cm
Width= 4cm
Height= 10cm
a. 14.7cm***
b. 10.8cm
c. 12.2 cm
d. 15.6cm

Steve
They all are correct.
Good work. 
OceanBreeze
Thank you for checking them for me! :)

Bella
Wronnngggggg all of them are we'll nag sorry

Anon
its all right. just read the questions and dont go off the numbers.

Follow me lol
Only the first one is right

Stave
i dont think any of them are correct.....
sorry to waste your time
xxx 
Dylan
The ones saying that the answers are wrong are wrong. The questions may be weirdly placed, but I got a 100.
Here's the ones that aren't placed weirdly 
1.) Calculate the slant height for the given cone. Round to the nearest tenth.
The answer  98cm
2.) Calculate the slant height for the given cone. Round to the nearest tenth.
The answer  11.4cm
3.) Calculate the slant height for the given square pyramid. Round to the nearest tenth.
The answer  5.8cm
4.) Calculate the length of the diagonal for the given rectangular prism. Round to the nearest tenth.
The answer  14.7cm
5.) Calculate the length of the diagonal for the given rectangular prism. Round to the nearest tenth.
The answer  14.8cm. 
fart
dylan is coreect

Nun yah
C
D
B
A
C
Respond to this Question
Similar Questions

math  can someone help me pls?
can anyone help me with these 2 questions pls? 
Help me with this math ms sue.
Multiple Choice 1. Calculate the slant height for the given cone. Round to the nearest tenth. cone (1 point) 10.2 cm 11.4 cm 9.8 cm 12.0 cm 2. Calculate the slant height for the given cone. Round to the nearest tenth. cone (1 point) … 
math
Calculate the slant height for the given cone. Round to the nearest tenth. Diameter = 8cm height = 9 cm 10.2 cm 11.4 cm 9.8 cm 12.0 cm 
math
Calculate the slant height for the given cone. Round to the nearest tenth. Diameter = 8cm height = 9 cm 10.2 cm 11.4 cm 9.8 cm 12.0 cm**** 
Math!! Help ASAP
Calculate the slant height for the given cone. Round to the nearest tenth. Diameter=18 cm. Height=7 cm. A.11.2 B.12.5 C.14.8 D.11.4 ******** Correct? 
Math
Hi could you please check my answers? Find the lateral of the square pyramid (I don't have a picture so I'll describe the figure) the square base is 8m around each side of the square and the slant height is 22m, my answer is 352 cm^2. 
Math
PLEASE CHECK MY ANSWERS 1, calculate the slant height for a given cone. round to the nearest tenth. Diameter = 8 cm Height = 9 cm 10.2 cm 11.4 cm 9.8 cm * 12.0 cm 2, calculate the slant height for a given cone. round to the nearest … 
Math check answers please
Sorry to bug again but can someone check my answers please thank you. 1. Simplify the expression 3w10w A. 13w B. 7w C. 7 D. 7w 2. Y+2y+3z A. 2y+3z B. 3y+3z C. 2y^2+3z D. 6yz 3. 6r+r5r A. 2r B. 1r+r C. 0r D. 7r5r 4. 5x+2(x+6) A. … 
Algebra Math
Calculate the slant height for the given cone. Round to the nearest tenth. Diameter = 18cm Height= 7cm 11.2 cm 12.5 cm 14.8 cm 11.4 cm show work on how you got the answer :) 
Math check my answers please!!!!
1. Find the volume of a square pyramid with a base length of 9 cm and a height of 4 cm A.324 cm^3 B.108 cm^3 C.36 cm^3 D.152 cm^3** 2. Find the volume of the given cone. It has a radius of 6 in. And a height of 11 in. A. 320 in^3 B.1,224 …